51410 Axial Deep Groove Ball B. by FAG
51410 Axial Deep Groove Ball B. by FAG

FAG

Axial Deep Groove Ball B. FAG 51410

Technical data
 
Inner diameter
50 mm
Outer diameter
110 mm
Width
43 mm
Material
Standard bearing steel
Cage
Sheet steel cage
Running accuracy
Tolerance class P0/PN2 / ABEC 1
Product range
Axial deep groove ball bearing
Operating direction
Single direction bearing
Angular adjustment
Non-angle adjustable
Temperature range
-30 to +150 °C
Weight
1,99 kg
Scale quantity Your discount Unit price
15 5,28 € 100,34 €
30 10,57 € 95,05 €
105,62 €
inkl. MwSt, zzgl. Versandkosten

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Axial Deep Groove Ball B. FAG 51410
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Axial Deep Groove Ball B. FAG 51410

The FAG 51410 axial deep-groove ball bearing accommodates unilateral axial forces and has the main dimensions 50 × 110 × 43 mm.

The 51410 axial deep-groove ball bearing from FAG Rolling Bearings is designed as a single-direction bearing for purely axial loads. With a bore of 50 mm, an outside diameter of 110 mm and a height of 43 mm, this thrust bearing supports shafts in one direction of force. Manufactured from 100Cr6 rolling-bearing steel and fitted with a sheet steel cage, the component is designed for operating temperatures ranging from -30 to +150 degrees. The design complies with standard tolerance P0/PN (ABEC 1).

In which applications is the 51410 axial deep groove ball bearing used?

The 51410 axial deep groove ball bearing is used in bearing arrangements to absorb axial forces in a defined direction. As single-sided rolling bearings cannot accommodate radial forces, designers often combine this axial bearing with separate radial bearings on the same shaft. Typical applications include vertical shaft guides or designs subject to purely axial loads. With a temperature range of –30 to +150 degrees, the bearing is suitable for industrial environments with corresponding thermal requirements.

What is important to consider with the single-direction design?

During design and assembly, the 51410 axial deep-groove ball bearing requires flat, perpendicular contact surfaces on the shaft and housing. As this version is not angle-adjustable and is supplied without a shim, misalignment will result in uneven loading of the raceways. Attention must also be paid to the installation direction of the shaft washer with a 50 mm bore and the housing washer with an 110 mm outer diameter. During operation, a sufficient minimum axial load is required.

What are the dimensions of the 51410 axial deep-groove ball bearing?

The roller bearing has a bore of 50 mm, an outer diameter of 110 mm and a width or overall height of 43 mm. These standardised mounting dimensions ensure a precise fit on shafts and in housing bores designed for these dimensions in mechanical engineering.

In which direction does the axial bearing absorb the load?

This design is single-acting. It supports axial forces acting on the shaft from a single direction. The design is unsuitable for withstanding transverse forces; therefore, radial loads must be absorbed by an additional radial bearing fitted to the same shaft.

What material is the bearing made of?

Both the bearing washers and the rolling elements are made from conventional standard rolling-bearing steel (100Cr6). The cage consists of profiled sheet steel. This combination of materials offers high wear resistance and dimensional stability, and covers a permissible operating temperature range of -30 to +150 degrees.

Can misalignments be compensated for with this bearing?

No, the model is not angle-adjustable and is supplied without shims. The shaft and housing washers have flat contact surfaces. For this reason, the connecting parts must be manufactured to be precisely aligned and at right angles to the axis of rotation in order to prevent edge stresses and premature wear on the rolling elements.

What does the tolerance class P0/PN or ABEC 1 mean?

This classification denotes the standard tolerance for rolling bearings in terms of dimensional and running accuracy in accordance with international standards. Manufacture to tolerance class P0 (equivalent to ABEC 1) defines permissible deviations in mounting dimensions and concentricity for standard requirements in industrial mechanical engineering.

Schaeffler Technologies AG & Co. KG
Industriestraße 1-3, 91074 Herzogenaurach, Germany
info.de@schaeffler.com, https://www.schaeffler.de/de/meta/impressum/

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