The CRBFV9025ADUU is a crossed roller bearing measuring 90mm in bore, 210mm in outer diameter, and 25mm in width, crafted from sturdy steel for durability. It handles combined loads with a basic load rating of 73.4 kN and operates smoothly in temperatures from 0°C to 110°C.
Its double-seal design keeps contaminants out while maintaining lubrication, ideal for precision applications. The bearing features mounting holes for easy press-fit installation, with 12 holes on both inner and outer rings.
This model is ABEC5 rated, with options for higher precision (ABEC7/9), making it suitable for CNC machinery or robotics. Its compact design and robust construction ensure reliable performance in demanding conditions.
Weighing 4.67kg, it’s a solid choice for industrial equipment requiring high load capacity and precision. Compliant with RoHS and REACH standards for safe use.
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How Does CRBFV9025ADUU Bearing Handle Combined Loads?
CRBFV9025ADUU Bearing features a crossed roller design, ideal for handling combined loads with precision.
Its steel rings and rollers provide a basic load rating of 73.4 kN, ensuring reliable performance.
The double-sealed construction protects against dust and contaminants, extending its service life.
With an ABEC5 rating, it offers high precision for demanding applications.
What Makes CRBFV9025ADUU Bearing Suitable for High-Temperature Applications?
CRBFV9025ADUU Bearing operates in temperatures ranging from 0 to 230°F, maintaining stability under heat.
Its steel construction and double seals ensure durability even in challenging environments.
The press-fit shaft mount simplifies installation, reducing setup time and effort.
Lubrication is required to maintain smooth operation and prolong bearing life.
Engineered for Precision: CRBFV9025ADUU Bearing
CRBFV9025ADUU Bearing is designed with a single-row crossed roller layout for accurate motion control.
The 12 mounting holes on both inner and outer rings ensure secure and stable fitting.
Its ABEC5 rating (with options for ABEC7/9) guarantees high precision in industrial applications.
Weighing 4.67 kg, it balances strength and ease of handling.
Why Choose CRBFV9025ADUU Bearing for Heavy-Duty Tasks?
CRBFV9025ADUU Bearing’s robust steel construction supports a basic load rating of 108 kN.
The crossed roller design distributes loads evenly, reducing wear and tear.
Its double-sealed configuration keeps out debris, ensuring consistent performance.
Suitable for press-fit mounting, it simplifies integration into machinery.
Structural Advantages of CRBFV9025ADUU Bearing
CRBFV9025ADUU Bearing’s 90 mm bore and 210 mm outer diameter provide a stable load-bearing surface.
The 25 mm width ensures compactness without compromising strength.
Counterbore mounting holes (12-φ9) allow for secure and precise installation.
Its metric system compatibility makes it versatile for global applications.
Industrial Uses of CRBFV9025ADUU Bearing
CRBFV9025ADUU Bearing is commonly used in machine tools, where its crossed roller design provides excellent rigidity and precision for rotary tables. The double seal helps keep contaminants out, extending service life in demanding workshop conditions.
Where Is CRBFV9025ADUU Bearing Used?
You’ll find CRBFV9025ADUU Bearing in robotics, particularly in articulated arms requiring smooth rotational movement. Its steel construction handles combined loads well, making it reliable for repetitive industrial motions.
Built for Heavy-Duty Use: CRBFV9025ADUU Bearing
CRBFV9025ADUU Bearing works well in medical imaging equipment like CT scanners, where its ABEC5 precision ensures accurate positioning. The press-fit mounting simplifies installation in complex medical devices.
Automotive vs Aerospace: Applications of CRBFV9025ADUU Bearing
In automotive testing rigs, CRBFV9025ADUU Bearing supports precise measurement equipment with its stable load capacity. For aerospace applications, it’s used in satellite antenna positioning systems due to its temperature resistance.
Key Fields for CRBFV9025ADUU Bearing
CRBFV9025ADUU Bearing fits nicely into 3D printers, providing the necessary accuracy for detailed print head movements. The through holes allow for secure mounting in various automation setups.
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