HITACHI C 2040 R Heavy Duty Industrial Cylindrical Roller Bearing (200x310x51mm) | High-Capacity Machinery

The HITACHI C 2040 R 100 FT is a premium, high-capacity single-row cylindrical roller bearing engineered for the most demanding industrial applications. Featuring optimized roller geometry and enhanced raceway finishes, this bearing minimizes friction while maximizing the dynamic (350 kN) and static (390 kN) load ratings. Its robust construction utilizes high-strength steel and a precision-machined pressed steel cage, ensuring exceptional reliability and extended service life even under extreme radial loads and high-speed operation. The '100 FT' designation signifies special manufacturing tolerances and enhanced internal clearance tailored for installations requiring maximum rigidity and thermal stability, guaranteeing superior performance in critical machinery. Designed specifically to reduce operational downtime and maintenance costs in heavy machinery, the C 2040 R bearing is the ideal choice for applications in gearboxes, large electric motors, mining equipment, and pulp and paper mills. Its superior design allows it to accommodate high axial displacement while maintaining radial load capacity, making installation and maintenance efficient. By leveraging HITACHI’s proprietary material science and strict quality control, this component offers a reliable, long-term solution that significantly outperforms standard commercial bearings, driving productivity and efficiency across your industrial operations.

Key Features

• Exceptional Dynamic Load Capacity (350 kN) suitable for continuous heavy operation.
• Special FT Tolerance and Clearance ensures thermal stability and high precision alignment.
• Optimized Roller/Raceway Profile for reduced stress concentration and quieter running.
• High-Speed Capability ideal for large electric motors and critical transmissions.
• Durable Pressed Steel Cage withstands high acceleration and temperature fluctuations.
• Designed for easy mounting and dismantling in industrial housing applications.

Technical Specifications