Bearings
Angular Contact Bearings
Axial Angular Contact Bearings
Quick Code: BB-503803
234408-M-SP FAG Axial Angular Contact Ball Bearing 40mm x 68mm x 36mm
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Product Specification
Brand
FAG
Cage
Brass cage
Contact angle
60 degree
Fixing
With fixing holes
Inside Dia
40mm
Material
Standard bearing steel
Operating direction
Double direction bearing
Outside Dia
68mm
Product range
Single bearing
Sealing Type
Open
Temperature range
-30 to +150 °C
Tolerance class
Tolerance class SP
Width
36mm
Reference
234408-M-SP
Additional Reference:
10074258
Quick Order Code
BB-503803
Product Description
234408-M-SP FAG Axial Angular Contact Ball Bearing
This precision axial angular contact bearing from FAG is engineered for demanding applications requiring simultaneous radial and axial load handling. The 234408-M-SP combines robust construction with reliable performance in highly dynamic operating conditions.
Key Performance Features:
- 60 degree contact angle design for superior load distribution
- Simultaneous support of radial and high axial forces
- Double direction operating capability for flexible mounting orientations
- High accuracy and precision for critical applications
- Exceptional rigidity and stability
- Low friction operation for efficient performance
Design & Construction:
- Standard bearing steel material for proven durability
- Brass cage for reliable ball retention and smooth operation
- Fixing holes for secure mounting and installation flexibility
- SP tolerance class for precision performance
- Single bearing configuration
Sealing & Operating Conditions:
- Open sealing design allowing direct access for maintenance
- Operating temperature range: -30 degreeC to +150 degreeC
- Suitable for applications requiring lubrication management
Specifications:
- Inside Diameter: 40mm
- Outside Diameter: 68mm
- Width: 36mm
- Contact Angle: 60 degree
- Brand: FAG
- Sealing Type: Open
- Tolerance Class: SP
Typical Applications:
The 234408-M-SP is ideal for industrial machinery, precision equipment, and mechanical systems where combined loading and directional flexibility are essential requirements.
