Bearings
Angular Contact Bearings
Axial Angular Contact Bearings
Quick Code: BB-522178
BSF2575-DDUHP2BDT Matched Pair NSK Axial Angular Contact Ball Bearing 25mm x 75mm x 56mm
BSF2575 DDUHP2BDT Matched Pair NSK Axial Angular Contact Ball Bearing
This premium matched pair axial angular contact bearing from NSK is engineered for demanding precision applications requiring exceptional accuracy, load capacity, and reliability. With dimensions of 25mm bore x 75mm outer diameter x 56mm width, this bearing delivers superior performance in high-speed rotational and thrust-intensive operations.
Design & Performance
The BSF2575 DDUHP2BDT is optimized for highly dynamic operating conditions commonly found in screw drive systems, spindles, and precision machinery. The bearing's advanced engineering ensures:
- High accuracy and precision with P2/ABEC 9 tolerance class
- Exceptional load carrying capacity for both radial and axial forces
- Superior rigidity and stability under stress
- Low friction for efficient power transmission
- Reliable sealed operation with minimal maintenance
Technical Features
- 60 degree Contact Angle: Enables simultaneous support of radial and high axial forces
- Double Direction Design: Accommodates loads in both axial directions
- Matched Pair Configuration: Pre-matched for optimal performance and precision alignment (2 pieces)
- Sealed Design: Provides protection from contaminants while maintaining operational efficiency
- Polyamide Cage: Lightweight, durable construction for smooth operation
- Fixing Holes: Direct mounting capability for secure installation
- Lubrication Grooves: Two lubrication grooves for enhanced lubrication flow and extended bearing life
- Standard Bearing Steel: Premium material for durability and reliability
- Wide Temperature Range: Operating capability from -20 degreeC to +120 degreeC for diverse environmental conditions
Applications
Ideal for precision machinery including ball screws, high-speed spindles, screw drives, and other critical applications where accuracy, load capacity, and reliability are essential for optimal performance.
