FAG NU205-E-XL-TVP2 25mm I.D Cylindrical Roller Bearing, 52mm O.D

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£33.90

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£40.68

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RS Stock No.:
174-1312
Mfr. Part No.:
NU205-E-XL-TVP2
Brand:
FAG
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Brand

FAG

Inside Diameter

25mm

Outside Diameter

52mm

Roller Bearing Type

Cylindrical

Race Width

15mm

Bore Type

Parallel

Static Load Rating

27500N

Number of Rows

1

Dynamic Load Rating

34500N

End Type

Open

Reference Speed

11600rpm

Limiting Speed

19800rpm

Fatigue Limit Load

3300N

Schaeffler Roller Bearing, 25mm Inside Diameter, 52mm Outside Diameter - NU205-E-XL-TVP2


This roller bearing is designed for high-performance applications, employing a cylindrical shape that accommodates high radial loads while maintaining stability. With an inside diameter of 25mm and an outside diameter of 52mm, it is optimally sized for numerous industrial uses. This precision roller bearing features a race width of 15mm, making it versatile for various mechanical configurations.

Features & Benefits


• High dynamic load rating of 34,500N enhances durability
• Static load rating of 27,500N supports heavier loads
• Limiting speed of 19,800 rpm ensures high-speed performance
• Fatigue limit load of 3,300N improves reliability under cyclic loading
• Open end type simplifies lubrication and maintenance

Applications


• Used for motor requiring robust support
• Ideal for gearboxes in industrial machinery
• Recommended for automation equipment to reduce friction
• Suitable for use in conveyor systems to maintain efficiency

What are the benefits of a cylindrical roller bearing in mechanical assemblies?


Cylindrical roller bearings provide excellent load distribution and are designed to carry radial loads effectively, which aids in extending the service life of machinery components.

How can the open end type influence maintenance procedures?


The open end allows for direct lubrication access, simplifying the maintenance process by making it easier to apply lubricants and check the condition of the bearing without disassembly.

What considerations should be made when determining the limiting speed for application?


The limiting speed should be assessed based on the operational environment, expected loads, and temperature variations to prevent premature wear and ensure optimal performance.

How does the dynamic load rating impact the bearing's application choices?


A higher dynamic load rating expands application possibilities, particularly in scenarios prone to fluctuating loads, ensuring the bearing can withstand operational stresses effectively.

What factors contribute to the fatigue limit load rating in roller bearings?


The fatigue limit load rating reflects the bearing’s ability to endure repetitive stress without failure, influenced by material quality, design and manufacturing processes.

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