SKF LM 501349/310/Q Taper 41.275 mm I.D Roller Bearing, 73.431 mm O.D

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£34.08

(exc. VAT)

£40.90

(inc. VAT)

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RS Stock No.:
209-2240
Mfr. Part No.:
LM 501349/310/Q
Brand:
SKF
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Brand

SKF

Product Type

Roller Bearing

Inside Diameter

41.275 mm

Bore Type

Tapered

Bearing Dynamic Load Rating

67.6 KN

Cup Width

14.73mm

Number of Rows

1

Cone Width

20.758mm

Static Load Rating

68kN

Outside Diameter

73.431 mm

Standards/Approvals

No

Limiting Speed

9000rpm

Bearing Type

Taper

COO (Country of Origin):
MX

SKF Tapered Roller Bearing, 41.275mm Inside Diameter, 73.431mm Outside Diameter - LM 501349/310/Q


This tapered roller bearing is designed for high-performance applications where precision and reliability are essential. It features an inside diameter of 41.275mm and an outside diameter of 73.431mm, making it suitable for a variety of machinery. With a race width of 19.812mm and a cylindrical bore type, this bearing is engineered to provide optimal load capacity and durability under demanding conditions.

Features & Benefits


• Designed for high load capacity in critical usage

• Cylindrical bore enhances ease of installation and alignment

• Limiting speed of 9000rpm for high-speed operations

• Single row design for compact and lightweight solutions

Applications


• Can be used in automotive differential assemblies

• Suitable for industrial machinery requiring precision bearings

• Ideal for high-speed in mechanical systems

• Effective in various automation and electronics setups

What load capacities can be expected from this bearing?


It provides a dynamic load rating of 55kN and a static load rating of 68kN, making it well-suited for high-load applications.

How does the design of this bearing contribute to its performance in machinery?


The tapered roller design allows for effective distribution of loads, facilitating smoother operation and enhancing overall stability in machinery.

What materials are used in the construction of this bearing?


It features a sheet metal cage, ensuring durability while maintaining a lightweight structure, which is critical for efficient operation.

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