FYH UCP32470G5 4 3/8 HD SS PILLOW BLOCK

# 2-Bolt Pillow Block Bearings The FYH UCP32470G5 is a high-performance 2-bolt pillow block bearing designed for robust industrial applications. Manufactured by FYH Bearing Co., Ltd., a leader in the bearing industry since 1950, this product combines advanced engineering with exceptional durability. The UCP32470G5 is engineered to handle high-speed rotations and heavy loads, making it ideal for various demanding environments. ## Key Features • **Robust Construction**: Made with high-quality materials for enhanced strength and longevity, capable of enduring severe operating conditions. • **Patented Z-Lock System**: Simplifies installation and removal processes, ensuring secure mounting and reducing downtime during maintenance. • **Dimensions**: Features a shaft diameter of 4 3/8 inches, designed for compatibility with a variety of equipment and machinery. • **Heavy-Duty Design**: Built to support substantial radial and axial loads, ensuring reliable performance in heavy-duty applications. • **JIS Compliance**: Adheres to rigorous Japanese Industrial Standards, guaranteeing superior quality and performance benchmarks. ## Applications • **Industrial Machinery**: Perfect for use in conveyor systems, manufacturing equipment, and other machinery requiring reliable bearing support. • **Agricultural Equipment**: Suitable for various agricultural applications, providing stability and efficiency in demanding conditions. • **Material Handling**: Ideal for material handling systems where robust bearing solutions are essential for smooth operation. ## Benefits • **Enhanced Reliability**: The high-quality construction and design reduce the risk of failure, leading to increased operational efficiency. • **Ease of Maintenance**: The Z-Lock system allows for quick and effortless installation, minimizing downtime and maintenance efforts. • **Versatile Compatibility**: Designed to fit a wide range of applications, making it a flexible solution for various industrial needs. --- *Product information compiled with AI assistance for reference purposes.*