SKF NKS 32 32mm I.D Needle Needle Roller Bearing, 47mm O.D

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£56.28

(exc. VAT)

£67.54

(inc. VAT)

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RS Stock No.:
209-2402
Mfr. Part No.:
NKS 32
Brand:
SKF
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Brand

SKF

Inside Diameter

32mm

Outside Diameter

47mm

Roller Bearing Type

Needle

Race Width

22mm

Material

Steel

Static Load Rating

46.5kN

Cage Material

Sheet Steel

Number of Rows

1

Dynamic Load Rating

34.1kN

Limiting Speed

13000rpm

Reference Speed

12000rpm

Fatigue Limit Load

5.7kN

COO (Country of Origin):
DE

SKF Needle Roller Bearing, 32mm Inside Diameter, 47mm Outside Diameter - NKS 32


This needle roller bearing is designed with precision manufacturing to provide robust performance in various applications. With an inside diameter of 32mm and an outside diameter of 47mm, this component features a race width of 22mm, ensuring effective load handling. Constructed from steel with a sheet steel cage, it is built to endure demanding operational requirements.

Features & Benefits


• High dynamic load rating of 34.1kN for durability
• Static load rating of 46.5kN for enhanced stability
• Suitable for applications requiring high-speed operation
• One-row configuration optimises axial load support
• Fatigue limit load of 5.7kN for prolonged lifecycle

Applications


• Used in automotive assemblies to support rotating shafts
• Effective in industrial machinery for precise load transmission
• Utilised in conveyor systems for effective rotary motion
• Suitable for gearbox assemblies in electrical systems

What are the temperature limits for optimal operation?


The operational temperature limits extend up to specific criteria based on lubrication and application, ensuring efficient functioning in various environments.

How does the absence of an inner ring impact the bearing's performance?


The design without an inner ring reduces weight, allowing for higher speeds and lower inertia, making it suitable for high-speed machinery.

What maintenance practices extend the life of this bearing?


Regular inspections and consistent lubrication at recommended intervals can significantly enhance longevity and performance, reducing wear under load conditions.

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