Bearings Canada
SKF 6312 Z C3GJN Deep Groove Ball Bearing 60mm Bore Shielded Dual Shield C3 Clearance With High Load Capacity For Machinery Automotive Applications And Industrial Equipment
Title
$565.33 CAD
$761.40 CADyou save $196.07 CAD
SKU: SKF-319775
UPC:
UPC:
SKF 6312-Z/C3GJN Deep Groove Ball Bearing - Single Pack
āļø 60 mm bore, 130 mm OD, width 31 mm, C3, shielded on one side
ā Basic static load rating: 52 kN (bearing steel)
ā Bore diameter: 60 mm (2.36 in)
ā Outer diameter: 130 mm (5.12 in); width 31 mm (1.22 in)
ā Clearance: C3; Cage: sheet metal
ā Shield: Shield on one side; Sealing: Non-contact
ā Running speed: 7,000 r/min; Reference speed: 11,000 r/min
ā Rows: 1; Bore type: Cylindrical; Material: bearing steel
ā Pack size: Single bearing
āļø 60 mm bore, 130 mm OD, width 31 mm, C3, shielded on one side
SKF 6312-Z/C3GJN is a single-row deep groove ball bearing from the SKF Explorer line. This 60 mm bore bearing is designed for high-speed, general purpose use in motors, gearboxes, conveyors, and other machinery where reliable radial support is needed. It features C3 clearance, non-contact shielding, and a sheet metal cage for durability.
ā Basic dynamic load rating: 85.2 kN (60 mm bore / 2.36 in, 130 mm OD / 5.12 in)ā Basic static load rating: 52 kN (bearing steel)
ā Bore diameter: 60 mm (2.36 in)
ā Outer diameter: 130 mm (5.12 in); width 31 mm (1.22 in)
ā Clearance: C3; Cage: sheet metal
ā Shield: Shield on one side; Sealing: Non-contact
ā Running speed: 7,000 r/min; Reference speed: 11,000 r/min
ā Rows: 1; Bore type: Cylindrical; Material: bearing steel
ā Pack size: Single bearing
š” What is a deep groove ball bearing used for in typical machinery?
Deep groove ball bearings are handy for many common radial-load tasks across equipment. They offer smooth operation and long service life.
- Radial load support for rotating shafts in motors, gearboxes, and conveyors
- High-speed operation with low friction in general machinery
- Easy replacement using standard catalog numbers like 6312
- SKF Explorer class reliability for predictable performance