SKF 2200 ETN9 10 mm ID 2 Row Self-Aligning Ball Bearing -, 30 mm OD

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PHP3,380.55

(exc. VAT)

PHP3,786.22

(inc. VAT)

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RS Stock No.:
209-1886
Mfr. Part No.:
2200 ETN9
Manufacturer:
SKF
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Brand

SKF

Inside Diameter

10mm

Product Type

Self-Aligning Ball Bearing

Outside Diameter

30mm

Race Width

14mm

Ball Material

Steel

Cage Material

Non-Metallic

End Type

Open

Number of Rows

2

Static Load Rating

1.73kN

Internal Clearance

CN

Dynamic Load Rating

8.06kN

Standards/Approvals

No

Series

Self-aligning ball bearings

Bore Type

Parallel

Limiting Speed

34000rpm

Bearing Type

Self-Aligning

COO (Country of Origin):
MY

SKF Self Aligning Ball Bearing, 30mm Outside Diameter, 8.06 kN Dynamic Load Rating - 2200 ETN9


This self-aligning ball bearing enhances performance in various automation and mechanical applications. Its design accommodates shaft misalignments, ensuring smooth operation while minimising wear. As an integral component for reliable rotational motion under dynamic loads, it is a practical choice for engineers and technicians.

Features & Benefits


• Accommodates alignment discrepancies to reduce operational strain

• Made from steel for durability and longevity

• Features a non-metallic cage to minimise friction

• High dynamic load rating supports robust performance

• Open type design allows for easy maintenance access

Applications


• Used in rotating machinery needing alignment flexibility

• Employed in electrical equipment for dependable functionality

• Utilised in robotics to promote smooth joint movement

• Integrated into conveyor systems for efficient operation

What is the maximum load capacity for bearings like this?


The dynamic load rating is 8.06kN, indicating its maximum capability.

Can this bearing be used in both horisontal and vertical orientations?


Yes, it performs well in both orientations due to its self-aligning feature.

What types of applications can benefit from this bearing?


It is particularly beneficial in automation, electrical, and mechanical systems where alignment is critical.