22326 Spherical Roller Bearing (130x280x93mm)

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Bearing dimensions and basic technical information.

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Bore diameter (d)130 mm

Outer diameter (D)280 mm

Width (B)93 mm

TypeSpherical Roller Bearing

RowDouble Row

ClearanceCN

Cage

Material Steel

Manufacturer Ratings

Load-rating symbols are printed as each manufacturer writes them in its own catalogue, so the same quantity can carry a different symbol from brand to brand.

BrandDynamic Load RatingStatic Load RatingFatigue Load Limit
SKF 22326 CC/W33C1176 kNC01320 kNPu114 kN
NSK 22326CAME4Cr1240 kNC0r1350 kN—
Schaeffler (FAG) 22326-E1-XLCr1250 kNC0r1370 kNCur120 kN
NTN 22326EAD1Cr1330 kNC0r1400 kNCu77.8 kN
Timken 22326EJC1250 kNCo1410 kN—
Timken 22326EMC1250 kNCo1410 kN—

Speed Ratings

Speed limits depend on sealing and lubrication, and definitions differ by manufacturer. The figures below are for the open version of this bearing. Always confirm the exact variant in the manufacturer's table.

Sealed and shielded versions such as 2Z or 2RS have their own pages; a machined brass cage writing gets its own ↳ row where the catalogue prints a different limit.

BrandGrease
open / shielded
Oil
open
Oil
forced circulation
Thermal
speed rating
Reference
grease
Reference
oil
ReferenceLimiting
SKF 22326 CC/W33——————1,800 r/min2,400 r/min
NSK 22326CAME41,300 r/min1,600 r/min2,600 r/min1,800 r/min————
Schaeffler (FAG) 22326-E1-XL——————1,820 r/min2,650 r/min
NTN 22326EAD11,600 r/min2,000 r/min——————
Timken 22326EJ————1,800 r/min2,000 r/min—2,520 r/min
Timken 22326EM————1,800 r/min2,000 r/min—3,090 r/min

References

  1. SKF — SKF Group, Rolling Bearings, PUB BU/P1 17000/1 EN, Oct. 2018.
  2. NSK — NSK Ltd., Rolling Bearings for Industrial Machinery, CAT. No. E1103, Tokyo, Japan, Jan. 2025.
  3. Schaeffler (FAG) — Schaeffler Technologies AG & Co. KG, Rolling Bearings, HR 1, Herzogenaurach, Germany, Feb. 2025.
  4. NTN — NTN Corporation, Ball and Roller Bearings, CAT. No. 2203-3E, Osaka, Japan, Sep. 2000.
  5. Timken — The Timken Company, Spherical Roller Bearing Catalog, North Canton, OH, USA.

About This Type

Spherical roller bearings carry very high radial loads together with axial loads in both directions, and their spherical outer-ring raceway accommodates shaft misalignment and housing deflection. Typical applications include vibrating screens, conveyors, mining and cement machinery, paper machines, industrial gearboxes and wind-turbine main shafts.

The self-aligning capability makes this type the default where the housing cannot be aligned precisely or the shaft deflects under load. For a given bore size, the 222 and 223 series provide higher load ratings at the expense of envelope size; the 230 and 239 series are narrow, light designs for arrangements where radial space or speed is critical; and the 240 and 241 series are wider light-series designs that raise load ratings where the diameter is limited but axial width is available. Because these bearings often run hot and under heavy load, C3 or C4 clearance is commonly specified; the catalogue limits for the axial-to-radial load ratio should be observed, since a very light radial load combined with a high axial load can cause roller skidding.

Most spherical roller bearings are available with a cylindrical or tapered bore (suffix K or K30); tapered-bore versions are mounted on adapter or withdrawal sleeves, or directly on a tapered shaft seat. Mounting a tapered-bore bearing is carried out by the drive-up method: the clearance reduction or axial displacement is measured — typically the clearance with a feeler gauge — rather than relying on nut torque alone. The initial clearance must be selected so that sufficient residual clearance remains after interference fitting and at operating temperature.

Series note: The 223 series is the heavy design, chosen for the highest load ratings in a given bore.

Related Guides

Disclaimer: Data on this page is compiled from publicly available online sources for reference only, and not every model appears in a manufacturer's published catalog. Values may differ between sources and editions — always verify against the manufacturer's current documentation before design or purchase.Full disclaimer →