Precision 05-012-0746 Roller Bearing for Morgan
The 05-012-0746 roller bearing is a high-precision, heavy-duty component engineered to deliver exceptional reliability and performance in demanding industrial applications. Designed to Morgan's exacting specifications, this roller bearing provides robust power transmission, minimal friction, and extended service life in compact assemblies.
Product Features and Advantages
This precision roller bearing utilizes cylindrical rolling elements to deliver higher radial load capacity compared to ball bearings of similar size. Constructed from premium alloy steel, it offers superior strength, excellent wear resistance, and enhanced durability for high-stress operations.
- Enhanced Load Capacity: Superior radial load handling for demanding mechanical systems
- Extended Durability: Alloy steel construction resists wear and prolongs service intervals
- Operational Efficiency: Reduced friction leads to smoother operation and lower energy consumption
- Reliable Replacement: Exact match for Morgan part number 05-012-0746 ensures seamless compatibility
Technical Specifications
| Parameter |
Specification |
| Morgan Part Number |
05-012-0746 |
| Bearing Type |
Roller Bearing (Needle Roller) |
| Material |
Alloy Steel |
| Outer Diameter (OD) |
16.6 mm |
| Inner Diameter (ID) |
12.5 mm |
| Thickness / Width |
9.61 mm |
| Wall Thickness |
2.13 mm |
Ideal Applications
This versatile roller bearing is commonly employed in automotive transmissions, industrial gearboxes, power tools, agricultural machinery, and any mechanism requiring reliable rotational support within confined radial spaces. Its robust design makes it suitable for high-speed and high-load environments.
Conclusion: The 05-012-0746 roller bearing combines precise engineering, rugged alloy steel construction, and optimal dimensions to ensure your machinery operates at peak efficiency. This direct replacement for Morgan part 05-012-0746 delivers the quality and reliability needed to minimize downtime and maximize productivity.
