SKF 32214 J2/Q 70mm I.D Taper Roller Bearing, 125mm O.D

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£76.33

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£91.60

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RS Stock No.:
208-0046
Mfr. Part No.:
32214 J2/Q
Brand:
SKF
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Brand

SKF

Inside Diameter

70mm

Outside Diameter

125mm

Roller Bearing Type

Taper

Race Width

33.41mm

Bore Type

Parallel

COO (Country of Origin):
IN

SKF Explorer Tapered Roller Bearing, 70mm Inside Diameter, 125mm Outside Diameter - 32214 J2/Q


This tapered roller bearing is designed for efficient load distribution in industrial applications. With an inside diameter of 70mm and an outside diameter of 125mm, it ensures optimal performance for various mechanical systems. The robust design accommodates substantial static and dynamic loads, making it suitable for heavy load environments.

Features & Benefits


• Designed for high load-rated applications to support heavy weights
• Single row configuration enhances reliability and durability
• Sheet metal cage material reduces weight while maintaining strength
• Cylindrical bore type ensures simplified mounting and dismounting

Applications


• Utilised in machinery requiring efficient load management
• Suitable for heavy-duty vehicles in the automotive industry
• Used in conveyor systems for material handling
• Used with industrial equipment demanding robust performance
• Implemented in electric motor for enhanced reliability

What load ratings does this bearing support?


It has a static load rating of 208kN and a dynamic load rating of 157kN, making it suitable for various demanding applications.

How does the design influence performance in heavy load scenarios?


The tapered roller design allows for effective load distribution across the contact surface, enhancing stability and reducing wear under high load conditions.

What is the significance of the cylindrical bore in this bearing?


The cylindrical bore type facilitates easier installation and removal, allowing for more straightforward maintenance in various applications.

What factors determine the operational limits of this bearing?


The reference speed of 3800 rpm and limiting speed of 5300 rpm dictate the maximum operational efficiency and thermal limits, ensuring safe performance under specified conditions.

How can I expect the bearing to perform in a varying temperature environment?


This bearing type is engineered to function effectively within its specified temperature limits, enabling adaptability across a range of industrial applications.

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