Split bearings are specially designed bearings to simplify installation, maintenance and replacement, especially for applications where machine disassembly is difficult. The following are the types of split bearings.

1. Split Cylindrical Roller Bearings
Design: Outer ring, inner ring, and roller assembly are split into two halves.
Key Features:
High radial load capacity.
Can handle moderate axial loads.
Allows for easy installation and replacement around existing shafts.

Applications:
Mining and quarrying equipment.
Industrial fans and blowers.
Conveyor systems.

2. Split Spherical Roller Bearings
Design: A split spherical outer ring and inner ring with rollers that provide self-aligning capabilities.
Key Features:
Accommodates misalignment and shaft deflection.
Designed for heavy-duty loads.
Can operate in environments with vibrations or misaligned shafts.

Applications:
Heavy industrial machinery.
Marine applications.
Cement and steel industries.

3. Split Sleeve Bearings
Design: Cylindrical bushings split into halves, often made of materials like bronze or composite materials.
Key Features:
Suitable for low-speed applications.
Handles high loads with low friction.
Simplifies assembly and maintenance.

Applications:
Hydroelectric turbines.
Large motor shafts.
Low-speed rotating equipment.

4. Split Tapered Roller Bearings
Design: Split outer ring and inner ring with conical rollers.
Key Features:
Designed for both radial and axial load handling.
Used in applications requiring precise alignment.

Applications:
Heavy machinery.
Gearboxes and transmissions.
Mining and construction equipment.

5. Split Ball Bearings
Design: Composed of two halves with ball cages that allow for smoother rotation.
Key Features:
Lower load capacity compared to other types.
Suitable for applications requiring reduced friction and smooth movement.

Applications:
Lightweight machinery.
Agricultural equipment.
Smaller industrial equipment.

6. Custom and Specialized Split Bearings
Examples:
High-temperature Split Bearings: Designed for applications in extreme heat.
Sealed Split Bearings: Include seals to prevent contamination from dust or liquids.
Corrosion-Resistant Split Bearings: Often made with stainless steel or coated for marine and chemical environments.

Is there a detailed guide to selecting the best split bearing type for a specific application? If you need more detailed information about split bearings, please contact AMUS for more information.