SKF 2 Rader Kullager, 30 mm ID, 62 mm UT, Löpring bredd 16 mm

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RS-artikelnummer:
209-1750
Tillv. art.nr:
1206 EKTN9
Tillverkare / varumärke:
SKF
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Varumärke

SKF

Produkttyp

Kullager

Invändig diameter

30 mm

Utvändig diameter

62 mm

Loppbredd

16mm

Kulmaterial

Stål

Burmaterial

Icke-metallisk

Loppmaterial

Stål

Ändtyp

Öppen

Antal rader

2

Internt godkännande

CN

Statisk belastning

4.65kN

Dynamisk belastningsklass

15.6kN

Borrtyp

Avsmalnande

Serie

2 Light

Standarder/godkännanden

No

Hastighetsbegränsning

15000rpm

Lagertyp

Självjusterande

Flänsens utvändiga diameter

13mm

SKF Ball Bearing, 62mm Outside Diameter, 15.6 kN Dynamic Load Rating - 1206 EKTN9


This self-aligning ball bearing is engineered to handle misalignment between the shaft and housing, providing essential rotational support for machinery across automation and mechanical applications. Its design accommodates high load ratings, making it suitable for challenging environments.

Features & Benefits


• Tapered bore for a precise fit

• Open-type sealing arrangement for straightforward lubrication access

• High dynamic load rating of 15.6kN for enhanced durability

• Double row construction increases load capacity and stability

• Made from steel for improved strength and longevity

• Accommodates permissible angular misalignment of up to 2.5°

Applications


• Utilised in textile machinery for consistent operation

• Suitable for electric motors requiring strong support

• Applied in conveyor systems to maintain alignment

• Critical for pumps operating under variable conditions

• Commonly found in industrial equipment for smooth functionality

How does the bearing perform under high speeds?


It achieves a reference speed of 24000r/min and a limiting speed of 15000r/min, making it suitable for high-speed applications while maintaining stability.

What considerations should I keep in mind for installation?


Ensure proper seating and alignment to avoid unnecessary stress on the bearing during installation, particularly regarding its tolerance levels and interface requirements.

How can I determine if misalignment is affecting performance?


Monitor vibrations and noise levels during operation; significant increases may indicate misalignment, necessitating realignment or replacement to maintain optimal function.

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