29324  E Axial Spherical Roller B. by SKF
29324  E Axial Spherical Roller B. by SKF

SKF

Axial Spherical Roller B. SKF 29324 E

Technical data
 
Inner diameter
120 mm
Outer diameter
210 mm
Width
54 mm
Material
Standard bearing steel
Cage
Sheet steel cage
Running accuracy
Tolerance class P0/PN2 / ABEC 1
Operating direction
Single direction bearing
Temperature range
-30 to +200 °C
Version
Explorer
Weight
7,35 kg
Scale quantity Your discount Unit price
2 42,28 € 803,23 €
3 84,56 € 760,95 €
845,51 €
inkl. MwSt, zzgl. Versandkosten

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Axial Spherical Roller B. SKF 29324 E
In Stock

Axial Spherical Roller B. SKF 29324 E

The SKF 29324 E axial self-aligning roller bearing accommodates high unilateral axial loads with a 120 mm bore and an outer diameter of 210 mm.

The SKF 29324 E axial self-aligning roller bearing is a single-direction rolling bearing designed for demanding industrial applications. It accommodates heavy axial loads and automatically compensates for misalignment or shaft deflection during operation. Manufactured from standard 100Cr6 rolling-bearing steel in the Explorer performance class, this design combines load-carrying capacity with smooth running. With dimensions of 120 mm bore, 210 mm outer diameter and 54 mm width, the bearing is suitable for heavy-duty shaft mountings.

What is the 29324 E axial self-aligning roller bearing suitable for?

This rolling bearing is particularly suitable for designs in which high unilateral axial forces act on rotating shafts. Its use is recommended in bearing arrangements subject to high axial loads and simultaneous misalignment. Thanks to the spherical housing raceway, the bearing compensates for misalignment between the shaft and the housing without increased edge pressure. If required, the design can also accommodate moderate radial forces, provided that a sufficient minimum axial load is applied.

What are the distinctive features of the sheet steel cage and the Explorer design?

SKF’s Explorer design is characterised by a tailored internal geometry and refined contact surfaces. The integrated sheet steel cage guides the barrel-shaped rollers precisely and withstands thermal stresses in the range from –30 to +200 degrees. As a single-acting design, this bearing supports thrust forces exclusively in an axial direction, which must be taken into account during design and installation.

What are the dimensions of the 29324 E axial self-aligning roller bearing?

The bearing has an internal diameter of 120 mm, an external diameter of 210 mm and a height of 54 mm. These standardised key dimensions enable it to be fitted precisely onto shafts and into housings in general mechanical and plant engineering.

What loads can the 29324 E axial-thrust roller bearing support?

The single-direction design primarily absorbs heavy axial forces in one direction. Owing to the obliquely arranged sets of rollers, the bearing can also support radial forces at the same time. To ensure slip-free operation, a minimum axial load must be applied to the set of rollers during operation.

What is the temperature range for which the bearing is designed?

The 29324 E axial self-aligning roller bearing is suitable for operating temperatures ranging from -30 to +200 degrees. The integrated sheet steel cage and the 100Cr6 bearing steel ensure high dimensional stability across this range. In practice, the actual operating limit depends largely on the lubricant used.

What is the tolerance class of this roller bearing?

This bearing complies with tolerance class P0 or PN, which corresponds to international class ABEC 1. This standard tolerance provides the necessary dimensional and running accuracy for standard industrial applications, meaning that standard fits can be used for the shaft and housing.

How does the axial-thrust roller bearing compensate for misalignment?

The housing disc has a hollow spherical raceway in which the roller set, together with the shaft disc, can be adjusted angularly. As a result, the bearing automatically compensates for misalignment or operational shaft deflection without causing harmful edge overloads on the rolling elements.

What does the term ‘Explorer’ mean at SKF?

At SKF, the Explorer class denotes advanced rolling bearings with an optimised material structure and adapted contact geometry between the rollers and raceways. This results in a more even load distribution within the bearing and reduced friction, which helps to ensure reliable operation under continuously high loads.

SKF Group
Sven Wingquists Gata 2, 415 50 Gothenburg, Sweden
info@skf.com, https://www.skf.com/uk/footer/site-ownership

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