SKF, ID 80 mm ID Avsmalnande, UT 170 mm UT, Stål Rullager, 1 Rader, 516 kN, C3, 22316 E, 530 kN, 4000rpm

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Antal (1 enhet)*

5 562,20 kr

(exkl. moms)

6 952,75 kr

(inkl. moms)

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*vägledande pris

RS-artikelnummer:
207-8520
Tillv. art.nr:
22316 E
Tillverkare / varumärke:
SKF
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Varumärke

SKF

Produkttyp

Rullager

Invändig diameter

80 mm

Loppbredd

58mm

Borrtyp

Avsmalnande

Rullmaterial

Stål

Hastighetsbegränsning

4000rpm

Standarder/godkännanden

No

Antal rader

1

Internt godkännande

C3

Serie

22316 E

Utvändig diameter

170 mm

Lagermaterial

Stål

Statisk belastning

530kN

Dynamisk belastningsklass

516kN

COO (ursprungsland):
GB

SKF Spherical Roller Bearing, 80mm Inside Diameter, 170mm Outside Diameter - 22316 E


This spherical roller bearing is designed for high-performance applications within the automation and mechanical industries. The product features an inner diameter of 80mm, an outer diameter of 170mm, and a race width of 58mm. Its robust construction allows it to handle substantial loads with ease, making it an ideal choice for demanding environments.

Features & Benefits


• High dynamic load rating of 516kN for longevity

• Capable of handling static loads up to 540kN

• Spherical design accommodates misalignment during operation

• Double row configuration for increased load-bearing capacity

• High limiting speed of 4000rpm for efficient performance

• Constructed with sheet metal for reduced weight and improved durability

Applications


• Used in industrial machinery requiring reliable load distribution

• Ideal for in conveyor systems and rotating equipment

• Suitable for use in heavy-duty electric motors and gear drives

• Perfect for high-speed needing enhanced performance

• Applied in various automotive and manufacturing processes

What are the consequences of exceeding the limiting speed?


Exceeding the limiting speed of 4000rpm can result in excessive heat generation and premature wear, which may lead to bearing failure. It is crucial to operate within specified limits to ensure optimal performance.

How does the spherical design benefit the bearing's operation?


The spherical design allows for misalignment compensation, which enhances operational efficiency by reducing stress on the bearing components. This adaptability contributes to a longer service life in dynamic applications.

What type of materials are utilised in its construction?


The bearing is primarily constructed from high-grade steel, with a sheet metal cage to support roller guidance. This combination ensures strength while minimising weight for effective performance in rugged environments.

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