SKF W 6201-2Z Single Row Deep Groove Ball Bearing- Both Sides Shielded 12mm I.D, 32mm O.D

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£30.06

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£36.07

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RS Stock No.:
208-0473
Mfr. Part No.:
W 6201-2Z
Brand:
SKF
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Brand

SKF

Inside Diameter

12mm

Outside Diameter

32mm

Race Width

10mm

Ball Bearing Type

Single Row Deep Groove Ball Bearing

Sealing Arrangement

Both Sides Shielded

Bearing Clearance

CN

Material

Stainless Steel

Ball Material

Stainless Steel

Cage Material

Sheet Metal

Number of Rows

1

Static Load Rating

3kN

Dynamic Load Rating

5.72kN

Clearance Code

CN

Bore Type

Parallel

Bearing Series

2 Light

Partial Bearing Code

6201

SKF Deep Groove Ball Bearing, 12mm Inside Diameter, 32mm Outside Diameter -W 6201-2Z


This deep groove ball bearing is designed for versatile applications, featuring a stainless steel construction for durability. With an inside diameter of 12mm and an outside diameter of 32mm, it offers robust performance in various mechanical settings. This single row configuration provides reliability and efficiency in operation.

Features & Benefits


• Stainless steel material ensures corrosion resistance and longevity
• Single row design optimises space and simplifies installation
• Rated for a dynamic load of 5.72kN, supporting heavy loads
• Ideal for moderate speed applications with a limiting speed of 28,000 r/min
• CN clearance allows for consistent performance under typical operational conditions

Applications


• Utilised in various automation and mechanical machinery
• Suitable for precision instruments requiring compact bearings
• Effective in needing robust sealing against contaminants
• Adapted for use in electrical and electronic devices for smooth operation

What are the key advantages of using this type of bearing in machinery?


This type of bearing allows smoother operation with lower friction, enhancing energy efficiency and reducing wear over time. Its robust design also caters to high-load scenarios while ensuring longevity.

How does the shielded feature affect the performance of these bearings?


The shielded design effectively prevents dust and moisture from entering, thus minimising the risk of contamination and prolonging service life. This feature is vital for maintaining optimal functionality in rugged environments.

What factors should be considered when selecting bearings for specific applications?


Load requirements, speed ratings, and environmental conditions are crucial. Understanding these factors ensures the chosen bearing can operate effectively without premature failure in its intended application.

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