FAG S6005-2RSR-HLC 1 Row Ball Bearing - 25 mm ID, 47 mm OD

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£38.16

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£45.79

(inc. VAT)

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RS Stock No.:
260-0679
Mfr. Part No.:
S6005-2RSR-HLC
Brand:
FAG
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Brand

FAG

Product Type

Ball Bearing

Inside Diameter

25mm

Outside Diameter

47mm

Race Width

12mm

Ball Material

Stainless Steel

Race Material

Corrosion Resistant Material

Cage Material

Steel

End Type

Closed

Number of Rows

1

Internal Clearance

CN

Static Load Rating

4.68kN

Dynamic Load Rating

8.55kN

Bore Type

Parallel

Standards/Approvals

No

Series

S60

Limiting Speed

8400rpm

Bearing Type

Single Row Deep Groove Ball

Race Type

Plain

RoHS Status: Exempt

Schaeffler S60 Series Ball Bearing, 25mm Inside Diameter, 47mm Outside Diameter - S6005-2RSR-HLC


This ball bearing is a sealed, single-row deep groove unit designed for rotational support in precision electromechanical assemblies. It is built with corrosion-resistant rings and stainless steel rolling elements to perform reliably in applications requiring sealed protection and Compact radial load handling. The bearing’s construction suits integration where a parallel bore and closed ends are required for straightforward mounting and containment.

Features & Benefits


• Dynamic load capacity 8.55 kN for sustained radial forces
• Static load capacity 4.68 kN to withstand Peak loads
• Limiting speed 8,400 r/min for high-speed operation
• Internal clearance CN enabling consistent running accuracy
• Steel cage with stainless balls for corrosion resilience
• Sealed (2RSR) design to reduce contamination ingress

**Applications**


• Suitable for precision motors in automation equipment
• Ideal for small gearbox input shafts in robotics
• Used with rotary encoders in electronic control systems
• Can be used for spindle supports in test fixtures
• Used for shaft support in electrical actuators

What mounting considerations should I allow for shoulder clearances?


Ensure shaft shoulder diameter and housing shoulder limits meet the component’s mounting dimensions: the minimum shaft shoulder diameter and maximum housing shoulder diameter must be observed to avoid ring interference and ensure proper seating.

How does temperature affect suitability for different environments?


The bearing operates between −30°C and 100°C, so it is suitable for most indoor industrial settings and many outdoor applications within that temperature range.

What are the recommended fillet and chamfer allowances during installation?


Respect the maximum fillet radius of 0.6 mm and minimum chamfer of 0.6 mm to prevent contact with the ring corners and to allow correct axial seating.

How does fatigue limit relate to service life estimation?


Use the radial fatigue limit Value of 310 N when calculating bearing life under recurring load cycles to assess endurance under given operating loads.

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