Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-502463
3210 A/C3 SKF Double Row Angular Contact Ball Bearing 50mm x 90mm x 30.2mm
3210 A/C3 SKF Double Row Angular Contact Ball Bearing
This premium double row angular contact ball bearing from SKF is engineered to handle combined radial and axial loads with exceptional precision and reliability. The 3210 A/C3 delivers superior performance in high-speed applications, making it an excellent choice for demanding industrial machinery where load capacity, accuracy, and durability are critical requirements.
Bearing Specifications:
- Bore Diameter: 50mm
- Outside Diameter: 90mm
- Width: 30.2mm
- Reference Number: 3210 A/C3
- Manufacturer: SKF
- Bearing Type: Double Row Angular Contact
- Seal Type: Open bearing (unsealed)
Key Features:
- 25° contact angle for optimized load distribution in both radial and axial directions
- Double row configuration providing increased load capacity compared to single row designs
- Sheet steel cage construction for reliable ball guidance and consistent performance
- Slightly increased radial clearance (C3) for applications requiring thermal expansion accommodation
- Tolerance class P6 / ABEC 3 for precision industrial applications
- Standard bearing steel material ensuring durability and long service life
- Open design suitable for lubricated applications in controlled environments
- Wide operating temperature range from -20°C to +150°C
- Non-flanged outer ring providing flexible mounting configurations
Ideal Applications:
The 3210 A/C3 is well-suited for spindle bearings, gearboxes, electric motors, machine tools, pumps, compressors, and other precision industrial machinery requiring enhanced load capacity and combined radial and axial load handling at high speeds. The 50mm bore size makes it ideal for medium to large-scale equipment applications.
Note: As an open bearing, this product requires regular lubrication and is best suited for applications in clean operating environments or systems with effective sealing at the bearing housing level. The slightly increased radial clearance makes it particularly suitable for applications experiencing significant thermal variations.
