Cylindrical roller bearing:NUP207

Basic Parameters

Structural Characteristics

 

 

Inner Ring with Single Flange and Flat Retaining Ring Design: The inner ring of the NUP207 bearing has a single flange and is equipped with a flat retaining ring. This unique design lays a solid foundation for the performance of the bearing. The single flange on the inner ring restricts the axial displacement of the rollers. At the same time, the flat retaining ring further enhances the axial positioning ability of the rollers. This structure enables the bearing to better handle bidirectional axial loads on the basis of withstanding radial loads, providing stable support for the equipment under complex working conditions. Whether it is the axial impact force received during the rotation process or the change in axial force under different working conditions, the NUP207 bearing can maintain good stability with its exquisite inner ring design, ensuring the safe operation of the equipment.
Outer Ring with Double Flanges Structure: Corresponding to this is the double flange design of the outer ring. The double flanges on the outer ring provide reliable lateral restraint for the rollers, ensuring that the rollers always roll on the correct track during operation. The collaborative work of the inner and outer rings makes the NUP207 bearing form a highly stable and precise rotating system. This structure not only enhances the overall rigidity of the bearing but also significantly improves its load-carrying capacity. It enables the bearing to maintain excellent performance even under high-load operation and effectively prevents the deviation or shedding of the rollers, providing a strong guarantee for the continuous and stable operation of the equipment.
Advantages of Separable Structure: The NUP207 bearing adopts a separable structure, which brings great convenience for installation and disassembly. During the installation process of the equipment, you can easily separate the inner ring, outer ring, rollers, and cage, and then conveniently assemble them according to the specific structure and installation requirements of the equipment. This design does not require the use of complex professional tools, greatly shortening the installation time and reducing the installation difficulty. Similarly, when the equipment needs maintenance or the bearing needs to be replaced, the separable structure makes the disassembly work simple and easy, enabling the rapid replacement of the bearing, significantly reducing the downtime of the equipment, improving production efficiency, and saving valuable time and cost for your enterprise.

Performance advantages

Strong carrying capacity: The NUP207 cylindrical roller bearing shows excellent performance in terms of carrying capacity. Its optimized structural design enables it to bear huge radial loads and also performs well in two-way axial loads. In industrial production, many devices face heavy loads and complex stress situations, such as heavy machinery and industrial transmission devices. With its strong carrying capacity, the NUP207 bearing can stably bear these loads, ensure the normal operation of equipment, effectively extend the service life of equipment, reduce frequent maintenance and replacement due to bearing failures, and provide reliable support for your production.
Outstanding high-speed adaptability: In application scenarios with high-speed operation, the NUP207 bearing also performs excellently. The precise design of its internal structure and the selection of high-quality materials enable the bearing to maintain a low friction coefficient and stable working temperature during high-speed rotation. This means that in high-speed equipment such as motors and machine tool spindles, the NUP207 bearing can effectively reduce energy loss and improve the operating efficiency of equipment. At the same time, a stable working temperature helps prevent bearing damage caused by overheating and ensure the reliable performance of equipment during long-term high-speed operation, providing continuous power support for your production process and improving production efficiency and product quality.
Excellent axial positioning accuracy: For devices with high requirements for axial positioning accuracy, the NUP207 bearing is an ideal choice. The design of a single flange on the inner ring with a flat retaining ring and double flanges on the outer ring enables the bearing to achieve precise positioning control when bearing axial loads. In fields such as precision processing equipment and automated production lines, the axial positioning accuracy of equipment directly affects the processing accuracy of products and the stability of the production process. The high axial positioning accuracy of the NUP207 bearing can ensure the precise cooperation between various components of the equipment during operation, reduce errors caused by axial displacement, improve processing accuracy, reduce scrap rates, thereby enhancing the market competitiveness of products and bringing higher economic benefits to your enterprise.

Product Application

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