FAG 22214-E1-XL Parallel 70 mm I.D Roller Bearing, 125 mm O.D

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£139.75

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£167.70

(inc. VAT)

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RS Stock No.:
260-0375
Mfr. Part No.:
22214-E1-XL
Brand:
FAG
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Brand

FAG

Product Type

Roller Bearing

Inside Diameter

70 mm

Race Width

31mm

Bore Type

Parallel

Limiting Speed

6700rpm

Standards/Approvals

DIN 635-2

Dynamic Load Rating

211000N

Outside Diameter

125 mm

Static Load Rating

226000N

COO (Country of Origin):
DE

Schaeffler Spherical Roller Bearing, 70mm Inside Diameter, 125mm Outside Diameter - 22214-E1-XL


This spherical roller bearing is designed for high-load applications and features a cylindrical bore for compatibility with various assembly configurations. With an inside diameter of 70mm and an outside diameter of 125mm, this bearing optimises performance in demanding environments, making it a suitable choice for industrial use.

Features & Benefits


• Robust sheet metal cage ensures durability under load

• High static load rating supports heavy machinery usage

• Dynamic load rating facilitates efficient performance under varying conditions

• Designed to withstand temperatures up to 200°C for reliable usage

• Fatigue limit load improves longevity and reduces maintenance needs

Applications


• Utilised in heavy machinery and manufacturing equipment

• Used for supporting rotating shafts in conveyor systems

• Ideal for requiring high reliability and load capacity

• Suitable for use in electric motors and gear drives

What is the impact of the static load rating on performance?


A high static load rating of 226,000 N indicates the bearing can support significant weight without deformation, making it ideal for heavy machinery and applications where stability is critical.

How does the limiting speed affect operational efficiency?


The limiting speed of 6700 r/min allows for higher rotational speeds without compromising performance, ensuring efficient operation in faster systems.

What considerations should be taken when installing this bearing?


Proper alignment and shaft shoulder sising are crucial to ensure optimal performance. The minimum and maximum diameter specifications must be adhered to for correct fitment.

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