SF6015PX1 Angular Contact Bearings (300x372x36mm) - Excavator/Industrial Use
I. Product Overview
The SF6015PX1 bearing is a high - performance mechanical component meticulously engineered to meet the exacting demands of a diverse range of industrial applications. Its design and construction are the result of advanced engineering techniques and the use of top - quality materials, ensuring its reliability and longevity in various mechanical systems.
II. Core Technical Parameters
Parameter | Details |
Bore Diameter | 300 mm. This precisely machined dimension enables a secure and snug fit onto shafts. The tight tolerances maintained during manufacturing guarantee that the bearing remains firmly in place during operation, minimizing any potential slippage or misalignment. This is crucial for the efficient transfer of rotational motion and the prevention of premature wear and tear on both the bearing and the shaft. |
Outer Diameter | 372 mm. The outer diameter is carefully calibrated to interface perfectly with the bearing housing. This dimension is optimized to provide optimal support for load distribution. A well - sized outer diameter ensures that the forces acting on the bearing are evenly spread across its surface, enhancing the bearing's overall stability and performance within the mechanical system. |
Width | 36 mm. The width of the SF6015PX1 bearing is optimized to strike a balance between structural integrity and load - handling capabilities. It is designed to withstand both radial and axial loads, which are common in industrial applications. Whether in machinery where forces act perpendicular (radial loads) or along (axial loads) the axis of rotation, the width of this bearing is configured to handle these complex loading conditions effectively. |
Bearing Type | It is an angular contact ball bearing. The angular contact design of the SF6015PX1 bearing allows it to handle combined loads effectively. With a relatively large contact angle, typically around 40°, it can withstand significant axial loads. Simultaneously, it also has the ability to handle radial loads, making it suitable for applications where the machinery experiences forces in multiple directions. |
Cage Material | Options for cage materials include nylon or steel. Nylon cages offer the advantage of being lightweight and can contribute to reducing friction and noise during operation. Steel cages, on the other hand, provide high strength and durability, making them suitable for applications where the bearing will be subjected to high - speed rotations and heavy loads. They effectively guide the rolling elements (balls), ensuring even distribution and smooth movement within the bearing. |
Precision Grade | Commonly available in a precision rating of P6. This grade adheres to strict industry standards for dimensional accuracy, roundness, and surface finish. A P6 - rated bearing like the SF6015PX1 offers consistent performance, reduced vibration, and lower noise levels during operation. This is particularly important in applications where smooth and accurate motion is critical, such as in precision machinery or high - speed rotating equipment. |
Radial Dynamic Load Rating | The specific value of the radial dynamic load rating depends on various factors such as the bearing's design, material quality, and manufacturing standards. However, given its intended applications, it is designed to handle substantial dynamic radial loads for a specified number of revolutions without experiencing premature fatigue failure. This high load - bearing capacity makes it suitable for heavy - duty industrial applications. |
Radial Static Load Rating | Similarly, the radial static load rating of the SF6015PX1 bearing is significant. It represents the maximum static radial load that the bearing can support without permanent deformation. This rating is crucial for applications where the bearing may be subjected to static or slowly varying loads, such as in machinery that experiences long periods of standby or start - stop operations. |
III. Materials and Craftsmanship
Material Selection
Craftsmanship Highlights
IV. Application Scenarios
Excavator Machinery
Other Industrial Applications
V. Product Advantages