SKF, ID 60 mm ID Parallell, UT 130 mm UT Rullager, 2 Rader, 212 kN, 240 kN, Öppen, 6300rpm

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2 339,96 kr

(exkl. moms)

2 924,95 kr

(inkl. moms)

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RS-artikelnummer:
506-185
Tillv. art.nr:
21312 E
Tillverkare / varumärke:
SKF
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Varumärke

SKF

Produkttyp

Rullager

Invändig diameter

60 mm

Loppbredd

31mm

Borrtyp

Parallell

Burmaterial

Stål

Dynamisk belastningsklass

212kN

Ändtyp

Öppen

Standarder/godkännanden

No

Hastighetsbegränsning

6300rpm

Antal rader

2

Statisk belastning

240kN

Utvändig diameter

130 mm

RoHS-status: Undantagen

COO (ursprungsland):
GB

SKF Spherical Roller Bearing, 60mm Inside Diameter, 130mm Outside Diameter - 21312E


This spherical roller bearing is designed for high performance in various industrial applications. With a cylindrical bore and an inside diameter of 60mm, it features an outside diameter of 130mm and a race width of 31mm. This metal roller bearing is ideal for operations requiring strong load capacities.

Features & Benefits


• High static load rating of 240kN for robustness

• Dynamic load rating of 217kN for enhanced reliability

• Capable of operating at reference speeds of 4800r/min

• Limiting speed of 6300r/min for high-speed usage

• Constructed with sheet metal cage material for durability

• Designed with two rows to optimise load distribution

Applications


• Used for supporting heavy machinery in manufacturing

• Ideal for automation systems requiring reliable movement

• Suitable for various configurations in electrical engineering

• Effective in mechanical assemblies demanding high load capacity

• Applied in environments where dynamic load management is crucial

How does this bearing enhance load capacity in demanding applications?


The high static and dynamic load ratings allow it to manage substantial forces without risk of failure, making it suitable for heavy-duty operations.

What maintenance considerations are there for optimal performance?


Regular inspection and lubrication are recommended to ensure smooth operation and longevity, particularly in environments subjected to high speeds.

How does the design of this bearing improve efficiency in machinery?


The spherical design allows for self-alignment, which reduces friction and wear, translating to improved efficiency and lower energy consumption in machinery.

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