23056 CACK W33 C3 Double Row Spherical Roller Bearing

23056 CACK W33 C3 Double Row Spherical Roller Bearing

The 23056 CACK W33 C3 is a double-row spherical roller bearing with a 280mm bore and 420mm outer diameter, built from sturdy chrome steel for heavy-duty use. It handles combined loads up to 392741 lbf and operates smoothly at speeds up to 1600 RPM.

Its brass cage and open design ensure durability, while the tapered bore (1:12) simplifies installation. The bearing includes lubrication grooves and holes for easy maintenance, suitable for temperatures from -30°C to 200°C.

This model is interchangeable with SKF bearings, making it a practical choice for replacements. Ideal for industrial machinery like crushers or gearboxes where high radial loads are common.

Weighing 52.5kg, it’s robust yet manageable for its size. Compliant with RoHS and REACH standards for safe operation.

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Product Parameters

  • Part Number 23056 CACK W33 C3
  • Brand TFL
  • Interchangeable SKF
  • Size 280 x 420 x 106 mm
  • Bore Dia 280 mm
  • Bore Dia Tolerance +0.052mm to 0
  • Outer Dia 420 mm
  • Outer Dia Tolerance -0.045mm to 0
  • Width 106 mm
  • Width Tolerance -0.1mm to 0
  • Shoulder Dia Of Inner Ring 326 mm
  • Shoulder/Recess Dia Of Outer Ring 380 mm
  • Width Of Lubrication Groove 16.7 mm
  • Diameter Of Lubrication Hole 9 mm
  • Chamfer Dimension min.4 mm
  • System of Measurement Metric
  • Radial run-out Standard
  • Bearing Type Roller
  • Roller Bearing Type Spherical
  • Bore Type Taper 1:12
  • For Load Direction Combined
  • Construction Double Row
  • Seal Type Open
  • Ring Material Chrome Steel
  • Roller Material Chrome Steel
  • Cage Material Brass
  • Dynamic Radial Load 392741 lbf
  • Static Radial Load 618225 lbf
  • Max Speed 1600 rpm
  • Lubrication Required
  • Temperature Range -30° to 200 °C
  • Radial Clearance C3
  • RoHs Compliant
  • REACH Compliant
  • Weight 52.5 kg
  • Price (US$) US$850.68

Features

Performance Features of 23056 CACK W33 C3 Bearing

23056 CACK W33 C3 Bearing is built with chrome steel rings and rollers, offering high resistance to combined loads.
Its dynamic radial load capacity reaches 392,741 lbf, making it suitable for heavy-duty applications.

The brass cage ensures proper roller alignment, reducing friction and enhancing durability.
With a maximum speed of 1,600 rpm, it delivers reliable performance in demanding conditions.

23056 CACK W33 C3 Bearing operates efficiently in temperatures ranging from -30° to 200°C.
Its C3 radial clearance allows for thermal expansion, ensuring stable operation under varying loads.

The lubrication groove and hole design in 23056 CACK W33 C3 Bearing facilitate easy maintenance.
This feature helps extend service life and reduces downtime in industrial applications.

Application

Industrial Uses of 23056 CACK W33 C3 Bearing
23056 CACK W33 C3 Bearing is commonly used in heavy machinery like crushers and vibrating screens, where its double-row design handles high radial and axial loads. The brass cage ensures smooth operation even under demanding conditions.

Where Is 23056 CACK W33 C3 Bearing Used?
In wind turbines, 23056 CACK W33 C3 Bearing supports the main shaft, providing reliable performance in variable weather conditions. Its tapered bore design simplifies installation and maintenance in hard-to-reach areas.

Built for Heavy-Duty Use: 23056 CACK W33 C3 Bearing
This bearing excels in mining equipment, such as conveyor systems, where its chrome steel construction withstands abrasive environments. The lubrication groove extends service life by ensuring consistent oil flow.

Automotive vs Aerospace: Applications of 23056 CACK W33 C3 Bearing
In large trucks, 23056 CACK W33 C3 Bearing is used in differential systems, while in industrial fans, it ensures stable rotation at high speeds. Its C3 clearance accommodates thermal expansion in both scenarios.

Perfect Fit for Automation: 23056 CACK W33 C3 Bearing
For robotic assembly lines, 23056 CACK W33 C3 Bearing offers precise movement under combined loads. The open seal design allows for easy relubrication, reducing downtime in continuous operations.

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