The SKF 52205 Thrust Ball Bearing with dimensions 20x47x28 mm is a precision-engineered component designed for axial load applications. As a part of SKF’s extensive range of thrust ball bearings, this model is tailored to support high axial forces while allowing for precise alignment and minimal friction in rotational systems. Typically used in industrial machinery, this bearing is ideal for applications where space is at a premium and axial loads are predominant.
Technical specifications
| Specification | Value |
| Bore diameter (d) | 20 mm |
| Outer diameter (D) | 47 mm |
| Width / Thickness (T) | 28 mm |
| Basic dynamic load rating (C) | 24.1 kN |
| Basic static load rating (C0) | 52 kN |
| Limiting speed | 3800 rpm |
| Reference speed | 3200 rpm |
| Cage type | Pressed steel |
| Ring material | Chrome steel 100Cr6 |
| Precision class | P0 / ABEC-1 |
Technical advantages
The SKF 52205 Bearing offers several advantages that enhance its performance in industrial settings:
- Supports axial loads up to 52 kN, ensuring robust performance under high stress.
- Chrome steel 100Cr6 rings provide excellent wear resistance, ideal for long-term use.
- Pressed steel cage enhances durability and reduces friction between components.
- Stable operation at speeds up to 3800 rpm, suitable for high-speed applications.
- Standard P0 precision class assures consistency in performance and alignment.
Typical applications
The SKF 52205 Thrust Ball Bearing is used in various industries and equipment, including:
- Textile machinery (spinning frames, winding machines)
- Heavy-duty pumps (centrifugal, axial flow)
- Automotive transmissions (manual gearboxes, differential assemblies)
- Cranes and hoists (winch drums, jib cranes)
- Steel mills (rolling mills, continuous casting machines)
Availability and ordering
Eurobearing.eu is your specialized B2B supplier for the SKF 52205 Bearing, ensuring quick availability and competitive pricing. For bulk orders, please request a quotation. Add this item to your cart for immediate purchase or inquire for further details.
