Product Overview: The UC 315 Heavy-Duty Insert Ball Bearing
The UC 315 bearing is a robust and highly effective component within our comprehensive UC 300 Series and broader UC Series of Insert Ball Bearings. Designed for demanding industrial applications, this bearing features a 75 mm bore diameter, a 160 mm outer diameter, and a thickness of 82.5 mm. UC type insert bearings are characterized by their extended inner ring, which provides enhanced shaft support and stability, and are typically secured to the shaft with set screws. They are engineered to be mounted within various bearing housings, such as pillow blocks or flange units, creating a complete bearing unit capable of accommodating initial static misalignment.
As a key offering in our range of industrial bearings and mechanical parts, the UC 315 is manufactured to deliver reliable performance and exceptional durability in environments where heavy loads and potential contamination are present. Its integrated sealing solutions help protect the internal components, ensuring a longer service life and reduced maintenance needs. Explore our full selection of insert ball bearings to find the optimal solution for your machinery's requirements.
Key Features of the UC 315 Bearing
- Extended Inner Ring: Provides greater support and stability on the shaft, reducing cantilever loads and improving bearing performance.
- Set Screw Locking: Features two set screws for secure and straightforward attachment to the shaft, facilitating easy installation and removal.
- Integrated Seals: Equipped with robust contact seals (often R-seals or similar) to protect against dust, dirt, and moisture, extending operational life in contaminated conditions.
- Pre-Lubricated Design: Factory-filled with high-quality grease, simplifying maintenance and ensuring consistent lubrication.
- Spherical Outer Ring: Allows the bearing to align itself within a corresponding spherical housing bore, compensating for initial static misalignment.
- Heavy-Duty Construction: Built with high-grade bearing steel for superior strength, wear resistance, and long-term reliability under radial and moderate thrust loads.
Common Applications of UC 315 Bearings
- Conveyor Systems: Widely used in bulk material handling, conveying aggregates, and product movement systems due to their robust nature and ease of replacement.
- Agricultural Machinery: Ideal for farm equipment such as harvesters, cultivators, and tractors, where ruggedness and resistance to harsh environments are critical.
- Textile Machinery: Supports shafts in various textile processing equipment, ensuring smooth and consistent operation despite potential dust and fiber accumulation.
- Food Processing Equipment: Employed in mixers, blenders, and packaging machinery, often in units designed for washdown environments.
- Fans and Blowers: Provides reliable support for rotating shafts in industrial ventilation systems, where steady performance is essential.
- Construction Equipment: Found in compactors, concrete mixers, and other heavy machinery requiring durable and maintenance-friendly bearing solutions.
- Packaging Machinery: Ensures smooth operation of rollers, drive shafts, and other moving parts in high-speed packaging lines.
Benefits of Using the UC 315 Bearing
- Simplified Installation: The self-aligning feature and set screw locking mechanism make mounting quick and easy, even for non-precision shafts.
- Enhanced Reliability: Integrated seals and robust construction lead to dependable performance in harsh and contaminated operating environments.
- Reduced Maintenance: Pre-lubrication and effective sealing minimize the need for frequent re-lubrication and protect against premature failure.
- Cost-Effective Solution: Offers an economical yet high-performance solution for general industrial applications where ease of use and durability are paramount.
- Versatility in Housing Types: Compatible with a wide range of standard cast iron or pressed steel bearing housings (e.g., pillow blocks, flange units), offering design flexibility.
- Longer Service Life: Designed to withstand heavy loads and resist contamination, contributing to an extended operational lifespan for the bearing and machinery.
