The 26881/26824 RICH single row tapered roller bearing (39.688 x 80 x 23.812 mm) is designed for heavy combined radial and axial loads, featuring a separable design for easier installation in robust applications.
26881/26824 RICH Single Row Tapered Roller Bearing - 39.688 x 80 x 23.812 mm
Technical Specifications:
Product Type: Single Row Tapered Roller Bearing
Model Designation: 26881/26824
Brand: RICH
Bore Diameter (d): 39.688 mm
Outer Diameter (D): 80 mm
Total Width (T): 23.812 mm
Inner Ring Width (B): 25.4 mm
Outer Ring Width (C): 19.05 mm
Rounding Radius (R1): 3.5 mm
Weight: 0.527 kg
Country of Origin: China
The 26881/26824 RICH is a robust single row tapered roller bearing specifically engineered to sustain high combined radial and axial loads acting in one direction. The geometry, featuring tapered rollers and raceways, ensures excellent load distribution and minimizes friction, promoting durable and reliable performance. With precision dimensions of 39.688 mm bore, 80 mm outer diameter, and a 23.812 mm total width (T), this bearing is an ideal component for heavy-duty applications, including commercial vehicle axles, transmissions, and industrial machinery. The bearing's core benefit is its separable design, which allows the inner ring assembly (cone, 26881) and the outer ring (cup, 26824) to be mounted independently. This feature significantly simplifies the installation process and permits accurate setting of the bearing clearance.
Key Performance Advantages:
High Combined Load Capacity: Optimized to withstand demanding simultaneous radial and single-direction axial forces.
Separable Design: Facilitates straightforward mounting, dismantling, and precise setting of the bearing.
Precision Rolling: Tapered roller configuration ensures high running accuracy and efficiency.
RICH Quality: A durable, high-capacity component built for longevity in strenuous mechanical systems.
The 26881/26824 RICH single row tapered roller bearing (39.688 x 80 x 23.812 mm) is designed for heavy combined radial and axial loads, featuring a separable design for easier installation in robust applications.