SKF 30314 – 70 mm Tapered Roller Bearing

SKF 30314 – 70 mm Tapered Roller Bearing

The SKF 30314 is a high-performance, single-row tapered roller bearing designed to handle heavy radial and axial loads in one direction. As part of the premium SKF Explorer class, this bearing features an optimized internal design for enhanced load capacity and a longer service life. Its separable components simplify mounting and dismounting, making it a reliable and efficient choice for a wide range of industrial applications.

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Quick Navigation

• About This Bearing
• Technical Specifications
• Key Features & Benefits

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About This Bearing

This product is a tapered roller bearing, which uses conical rollers and raceways to support a combination of heavy radial loads and significant axial loads in one direction. The 30314 part number provides its basic dimensions: a 70 mm bore, a 150 mm outer diameter, and a 38 mm total width. As an SKF Explorer bearing, it is part of a high-performance product line engineered for superior durability and efficiency. The bearing’s separable design, with the inner ring and roller assembly (cone) separate from the outer ring (cup), simplifies the mounting and dismounting process, making it a highly practical solution for various industrial applications.

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Technical Specifications

• Manufacturer: SKF
• Part Number: 30314
• Bearing Type: Tapered Roller Bearing
• Class: SKF Explorer
• Dimensions:
  • Bore Diameter (d): 70 mm
  • Outer Diameter (D): 150 mm
  • Total Width (T): 38 mm
• Dynamic Load Rating (C): N/A
• Static Load Rating (C0): N/A
• Weight: 2.95 kg
• Also Known As: 30314 J2/Q, 70x150x38 mm Bearing

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Key Features & Benefits

• High Load Capacity: Engineered to carry a combination of heavy radial and axial loads, making it ideal for robust industrial applications.
• Enhanced Durability: The SKF Explorer design results in improved service life and reduced maintenance.
• Simplified Installation: The separable two-part construction makes mounting and dismounting straightforward.
• Reduced Friction: The optimized internal geometry leads to less friction and heat, improving efficiency and operational lifespan.