Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-532645
3210-BD-XL-TVH-L285 FAG Double Row Angular Contact Ball Bearing 50mm x 90mm x 30.2mm
3210-BD-XL-TVH-L285 FAG Double Row Angular Contact Ball Bearing
The 3210-BD-XL-TVH-L285 is a premium double row angular contact ball bearing from FAG, engineered to deliver exceptional performance and reliability in demanding industrial applications. This bearing is specifically designed to handle combined radial and axial loads simultaneously with superior load-carrying capacity, making it ideal for high-speed machinery and precision engineering applications requiring robust support.
Key Features:
- Double row angular contact design for enhanced radial and axial load capacity
- 30° contact angle for optimal load distribution and performance efficiency
- Bore diameter: 50mm
- Outer diameter: 90mm
- Width: 30.2mm
- Tolerance class P6 / ABEC 3 for reliable precision engineering applications
- Standard bearing steel construction for exceptional durability and reliability
- Polyamide cage for smooth, stable operation and reduced friction
- Open bearing design (no seal) for maximum speed capability
- Normal radial clearance for versatile mounting arrangements
- Factory-greased lubrication for immediate operational readiness
- Operating temperature range: -20°C to +120°C
- Standard arrangement configuration for universal mounting compatibility
Applications:
The 3210-BD-XL-TVH-L285 is well-suited for industrial gearboxes, electric motors, spindle assemblies, machine tool applications, pumps and compressors, and other heavy-duty equipment requiring reliable combined radial and axial load capacity. The double row configuration provides enhanced load-carrying capability, making it particularly suitable for applications demanding superior performance under demanding operating conditions. This bearing is an excellent choice for rotating equipment in manufacturing, automotive, and industrial automation sectors.
Reference Number: 3210-BD-XL-TVH-L285 FAG
Brand: FAG
