3200 Double Row Angular Contact Ball Bearing 10x30x14mm

3200 Double Row Angular Contact Ball Bearing – Compact Powerhouse for Bidirectional Combined Loads

In precision machinery and industrial equipment, bearings often need to handle substantial radial loads, bidirectional axial thrust, and tilting moments simultaneously. Therefore, engineers require a solution that combines strength, stability, and space efficiency.

The 3200 Double Row Angular Contact Ball Bearing provides an elegant solution. It incorporates internal geometry similar to a back-to-back pair of single row bearings. However, it does so within a single compact unit. As a result, it requires significantly less axial space while maintaining excellent load-carrying capability.

Key Features

High Combined Load Capacity

The double row design enables this bearing to carry substantial combined loads. It accommodates both radial loads and axial loads from either direction.

As a result, it performs exceptionally well in applications where load directions frequently change during operation.

High Rigidity

Compared with single row angular contact ball bearings, double row angular contact bearings provide greater rigidity.

Furthermore, they resist overturning moments more effectively. Therefore, they help maintain stability and accuracy in demanding operating conditions.

Low Noise and Vibration

Manufacturers produce the 3200 series to meet low-noise operating requirements.

In addition, the bearing supports larger radial loads and bidirectional axial loads. Consequently, it delivers smooth performance while minimizing vibration and operating noise.

Space-Efficient Design

The 3200 series offers load capacity comparable to a pair of single row angular contact bearings.

However, it achieves this performance within a much smaller axial footprint. As a result, engineers can reduce equipment size, lower material consumption, and create more compact assemblies.

Extended Service Life

The 3200 bearing features a dynamic load rating of 9.15 kN and a static load rating of 5.35 kN.

Therefore, it delivers dependable long-term performance under moderate and heavy industrial duty cycles. In addition, the optimized internal structure helps reduce wear during operation.

Versatile Sealing Options

Users can choose from open, shielded (ZZ), or sealed (2RS) configurations.

As a result, the same bearing series can operate effectively in many different environments. For example, it performs well in oil-lubricated high-speed spindles as well as water-exposed pump systems.

Applications

The 3200 series double row angular contact ball bearing serves a wide range of industries. In these applications, combined load handling and space efficiency remain critical requirements.

Electric Motors

Electric motors require bearings that support both radial and axial forces. Therefore, the 3200 series provides reliable and stable performance.

Pumps and Compressors

Pumps and compressors often operate under changing load conditions. Consequently, they benefit from the bearing’s combined load capacity and durability.

Fans and Blowers

Fans and blowers demand smooth rotation and low vibration. As a result, the 3200 series helps improve operational efficiency and reduce noise.

Industrial Gearboxes and Transmissions

Gearboxes generate both radial and axial loads during operation. Therefore, double row angular contact bearings are well suited for these systems.

General Industrial Machinery

Many industrial machines require compact bearing arrangements and dependable load support. Furthermore, the 3200 series helps maximize available installation space.

Agricultural Equipment

Agricultural machinery often works in demanding environments. Consequently, the bearing’s durability and sealing options contribute to longer service life.

Robotics and Automation

Robotic systems require precision, rigidity, and compact design. Therefore, the 3200 series supports accurate movement and positioning.

Machine Tool Spindles

Machine tool spindles require stability, rigidity, and reliable performance. In addition, the bearing’s compact design helps optimize spindle construction.