SKF 32205 BJ2/Q Taper 25 mm ID Roller Bearing, 52 mm OD

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PHP2,681.95

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PHP3,003.78

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RS Stock No.:
208-0039
Mfr. Part No.:
32205 BJ2/Q
Manufacturer:
SKF
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Brand

SKF

Product Type

Roller Bearing

Bore Type

Parallel

Number of Rows

1

Standards/Approvals

No

Cone Width

19.31mm

Static Load Rating

44kN

Limiting Speed

13000rpm

Series

5CD

End Type

Shielded

Cup Width

15mm

Bearing Type

Taper

COO (Country of Origin):
MX

SKF 5CD Series Roller Bearing, 25mm Inside Diameter, 52mm Outside Diameter - 32205 BJ2/Q


This roller bearing is a tapered component designed to support combined radial and axial loads in rotating machinery. It is suited to applications requiring Compact mounting with a cylindrical inner fit and operates efficiently at elevated shaft speeds, delivering dependable performance where space and load management are critical.

Features and Benefits:


• Shielded design reduces contamination ingress and maintenance needs
• Sheet-metal cage ensures stable roller guidance and reduced friction
• High permissible rotational speed enables 13,000 r/min operation
• Single-row taper provides axial and radial load-sharing capability
• Static capacity of 44 kN supports sustained stationary loads
• Dynamic capacity of 35.8 kN improves service life under cyclic loads

Applications


• Suitable for gearbox shafts in automated equipment
• Ideal for spindle assemblies in electrical actuators
• Used with motor shafts in control panels and drives
• Can be used for wheel hubs in light mechanical systems
• Used for pivot points in robotic arms and manipulators

What bore fitting does it require for shaft mounting?


It is designed for a cylindrical bore so the inner ring fits directly onto a plain shaft without taper adaptors.

How is axial load managed during combined loading?


Axial forces are carried by the tapered rolling elements which distribute load across the cone and cup interfaces to limit misalignment effects.

What materials contribute to roller guidance and thermal stability?


A sheet-metal cage maintains roller spacing while offering thermal resilience and minimal mass for dynamic applications.

How does the sealed end type affect lubricant retention?


The shielded ends restrict lubricant expulsion, helping retain grease and reduce lubricant top-up frequency under normal operating conditions.

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