Peer 6312-2RLDV2

Bearings The PEER 6312-2RLDV2 is a high-performance ball bearing designed to deliver exceptional reliability and efficiency in various industrial applications. Engineered with precision, this bearing is part of the renowned 6300 series, which is widely used for its robust design and versatility. ## Key Features • **Construction**: The 6312-2RLDV2 features a double-sealed design, enhancing protection against contaminants and ensuring longevity in challenging environments. • **Dimensions**: With an inner diameter of 60 mm, outer diameter of 130 mm, and a width of 31 mm, this bearing provides a stable fit for a wide range of assemblies. • **Load Capacity**: Designed to handle radial loads and moderate axial loads, it boasts a dynamic load rating of 58.5 kN and static load rating of 35.5 kN, ensuring strong performance under various operating conditions. • **Material**: Manufactured from high-quality steel, the bearing exhibits excellent wear resistance and durability, contributing to reduced maintenance costs. • **Operating Temperature**: This bearing can operate effectively in a temperature range of -40°C to +120°C, making it suitable for diverse applications. ## Applications • **Industrial Machinery**: Ideal for use in manufacturing equipment, conveyor systems, and material handling machinery. • **Agricultural Equipment**: Perfectly suited for agricultural machinery where reliability and performance are critical. • **General Engineering**: Compatible with various mechanical assemblies requiring precision bearings. ## Benefits • **Enhanced Durability**: The double-sealed feature protects against dust and moisture, minimizing wear and extending the bearing's life. • **Improved Performance**: High load ratings allow for efficient operation under heavy loads, maintaining smooth and reliable performance. • **Versatile Application**: Its wide range of applications across different industries makes it a highly adaptable component for engineers and maintenance professionals. --- *Product information compiled with AI assistance for reference purposes.*