Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-525558
3209-BD-XL-C3 FAG Double Row Angular Contact Ball Bearing 45mm x 85mm x 30.2mm
3209-BD-XL-C3 FAG Double Row Angular Contact Ball Bearing
This premium double row angular contact ball bearing from FAG is engineered to deliver exceptional performance in high-speed precision applications requiring simultaneous radial and axial load handling. The 3209-BD-XL-C3 combines robust load capacity with reliability, making it an ideal choice for demanding industrial equipment where enhanced load distribution and stability are essential.
Key Features:
- Double row design for increased load capacity and superior stability
- 30° contact angle optimised for efficient radial and axial load distribution
- Slightly increased radial clearance (C3) for enhanced operational flexibility in temperature-sensitive applications
- Sheet steel cage construction for reliable ball retention and durability
- Precision tolerance class P6 / ABEC 3 for high-speed applications
- Open bearing design (no seals) for applications where external protection is provided
- Standard bearing steel construction for strength and longevity
- Wide temperature operating range: -20°C to +150°C
- Outer ring without flange or groove for flexible mounting options
Specifications:
- Bore Diameter: 45mm
- Outside Diameter: 85mm
- Width: 30.2mm
- Bearing Type: Double Row Angular Contact
- Contact Angle: 30°
- Clearance: Slightly Increased Radial Clearance (C3)
- Cage Type: Sheet Steel
- Seal Type: Open (None)
- Tolerance Class: P6 / ABEC 3
- Manufacturer: FAG
Applications:
Ideal for use in industrial machinery, gearboxes, electric motors, automotive transmissions, machine tool spindles, pumps, and other precision equipment where combined radial and axial load capacity with high-speed performance is required. The slightly increased radial clearance makes this bearing particularly suitable for applications subject to temperature fluctuations or thermal expansion.
Reference Number: 3209-BD-XL-C3

