SKF, ID 40 mm ID, UT 55 mm UT Nål Rullager, 1 Rader, 31.4 kN, 65.5 kN, Skärmad, 10000rpm

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717,77 kr

(exkl. moms)

897,21 kr

(inkl. moms)

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RS-artikelnummer:
209-2399
Tillv. art.nr:
NKI 40/20
Tillverkare / varumärke:
SKF
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Varumärke

SKF

Produkttyp

Rullager

Invändig diameter

40 mm

Loppbredd

20mm

Borrtyp

Cylindrisk

Burmaterial

Plåt

Antal rader

1

Statisk belastning

65.5kN

Utvändig diameter

55 mm

Dynamisk belastningsklass

31.4kN

Ändtyp

Skärmad

Standarder/godkännanden

No

Hastighetsbegränsning

10000rpm

Lagertyp

Nål

SKF Needle Roller Bearing, 40mm Inside Diameter, 55mm Outside Diameter - NKI 40/20


This needle roller bearing is designed for superior performance in various industrial applications. With a 40mm inside diameter and a race width of 20mm, it combines precision engineering and robust construction from high-quality steel. This bearing is built to accommodate high load capacities while maintaining efficient operation in demanding environments.

Features & Benefits


• Machined rings enhance durability and performance

• Steel construction ensures longevity and reliability

• Single row design optimises load distribution

• Limiting speed of 10,000 rpm for high-speed usage

Applications


• Used with automation equipment for precise motion control

• Ideal for electronic devices requiring compact, reliable support

• Suitable for mechanical assemblies where space is limited

• Applied in heavy machinery for dependable load handling

What load ratings are associated with this bearing?


The static load rating is 57 kN, while the dynamic load rating is 32 kN, making it suitable for applications that need to handle various load conditions.

What considerations are there regarding the installation of this bearing?


Ensuring that the shaft and housing tolerances are properly met is crucial for optimal performance, along with maintaining the specified radial internal clearance.

What specific factors influence the selection of this bearing type?


Selection is influenced by load ratings, operational speed requirements, and environmental conditions, including temperature limits where it operates best.

How does the single-row design impact performance?


This design provides efficient load distribution and stability, making it ideal for compact setups that require reliable and robust movement.

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