Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-509422
3310-BD-XL-2Z-TVH FAG Angular Contact Ball Bearing 50mm x 110mm x 44.4mm
3310-BD-XL-2Z-TVH FAG Double Row Angular Contact Ball Bearing
The 3310-BD-XL-2Z-TVH is a premium double row angular contact ball bearing from FAG, engineered for demanding high-speed applications requiring simultaneous radial and axial load capacity. This robust bearing combines precision engineering with reliable sealed construction, making it ideal for industrial equipment where performance and durability are critical.
Key Specifications:
- Bore Diameter: 50mm
- Outer Diameter: 110mm
- Width: 44.4mm
- Row Type: Double row configuration
- Contact Angle: 30 degrees for optimal combined load handling
- Arrangement: Standard version
Design Features:
- Manufacturer: FAG - renowned precision bearing technology
- Material: Standard bearing steel for durability and long-term reliability
- Cage: Polyamide cage for smooth, quiet operation and reduced friction
- Clearance: Normal radial clearance suitable for standard mounting applications
- Seal Type: Covers on both sides (2Z) for enhanced protection against contamination and environmental exposure
- Tolerance Class: P6/ABEC 3 for precision and smooth high-speed operation
- Operating Temperature Range: -30°C to +120°C
- Outer Ring: Without flange or groove for versatile mounting flexibility
Performance Advantages:
- Double row design provides increased load capacity compared to single row bearings
- Sealed construction protects against dust and contaminants in harsh operating environments
- Precision tolerance class ensures consistent performance and smooth rotation
- Extended temperature range supports demanding industrial applications
Typical Applications:
This bearing is particularly suitable for electric motors, gearboxes, main spindles, compressors, pumps, automotive transmissions, and other heavy-duty industrial machinery where precise speed control, combined loading conditions, and sealed protection are essential.
