Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-511607
3205-BD-XL-2Z-TVH FAG Double Row Angular Contact Ball Bearing 25mm x 52mm x 20.6mm
3205-BD-XL-2Z-TVH FAG Double Row Angular Contact Ball Bearing
This compact yet robust FAG double row angular contact ball bearing is engineered to handle simultaneous radial and axial loads in both directions, making it ideal for precision applications requiring reliable performance in compact spaces. With a 25mm bore and 52mm outer diameter, this bearing delivers consistent, high-speed performance while maintaining excellent durability across a wide operating temperature range.
Key Specifications:
- Bore Diameter: 25mm
- Outer Diameter: 52mm
- Width: 20.6mm
- Row Type: Double Row
- Manufacturer: FAG
- Reference Number: 3205-BD-XL-2Z-TVH
- Contact Angle: 30 degrees
Technical Features:
- Double row design accommodates axial loads in both directions
- 30-degree contact angle for optimal load distribution and smooth operation
- Polyamide cage construction for lightweight, reliable performance
- Normal radial clearance for standard precision applications
- Double-sided metal covers (2Z) for enhanced protection against contamination
- Standard bearing steel construction for durability and load-bearing capability
- Tolerance class P6 / ABEC 3 for precision industrial performance
- Standard arrangement without flange or groove on outer ring
- Extended operating temperature range: -30°C to +120°C for versatile use
Ideal Applications:
This bearing is well-suited for machine tool spindles, gearboxes, electric motors, compressors, and other precision industrial equipment where reliable bidirectional axial load handling is essential. The compact size combined with double row configuration makes it ideal for applications requiring high precision, smooth operation, and protection in moderately contaminated environments. The covered design provides additional protection while maintaining excellent performance characteristics.
Reference Number: 3205-BD-XL-2Z-TVH
Brand: FAG
