Rolamento - 6310 2RS C3 ZKL

Descrição detalhada do produto

Bearing 6310 2RS C3 ZKL: Durable and Reliable Performance

The Bearing 6310 2RS C3 ZKL is a high-quality deep groove ball bearing designed for a wide range of industrial and mechanical applications. Manufactured by ZKL, a trusted name in bearing technology, this product delivers exceptional durability, smooth operation, and resistance to harsh working conditions.

This bearing features a 2RS sealing configuration, meaning it is equipped with two rubber seals that provide excellent protection against dirt, dust, and moisture, ensuring a longer service life and reduced maintenance requirements. The C3 clearance rating indicates that the bearing has greater internal clearance than standard bearings, which is ideal for applications involving higher temperatures or speeds where thermal expansion could affect performance.

Key Features of 6310 2RS C3 ZKL

• Type: Deep groove ball bearing
• Sealing: 2RS rubber seals on both sides for enhanced protection
• Internal Clearance: C3, suitable for higher operational temperatures and speeds
• Manufacturer: ZKL, renowned for precision and reliability
• Durability: Designed to withstand contamination and reduce friction

Dimensions and Specifications

The 6310 2RS C3 ZKL bearing conforms to international standards with the following dimensions:

• Inner Diameter (d): 50 mm
• Outer Diameter (D): 110 mm
• Width (B): 27 mm

These dimensions make the 6310 2RS C3 ZKL suitable for medium to heavy-duty applications including electric motors, gearboxes, pumps, and agricultural machinery.

Applications and Benefits

Thanks to its robust construction and sealed design, the 6310 2RS C3 ZKL is widely used in environments where reliable performance under moderate contamination and variable loads is crucial. Its C3 clearance allows it to maintain optimal operation even under thermal expansion, making it a preferred choice for demanding industrial equipment.

By choosing this bearing, users benefit from reduced downtime, longer maintenance intervals, and consistent performance, ultimately leading to cost savings and improved machine efficiency.