FYH UCP320 100mm HD SS Pillow Block

# 2-Bolt Pillow Block Bearings The FYH UCP320 is a high-performance 100mm heavy-duty stainless steel pillow block bearing designed to provide reliable support in various industrial applications. Engineered by Japan's oldest and largest bearing manufacturer, FYH Bearing Co., Ltd., the UCP320 embodies a commitment to quality and durability, making it an ideal choice for operations requiring precision and resilience. ## Key Features • **High-Quality Construction**: Made from premium stainless steel for enhanced corrosion resistance and longevity in harsh environments. • **Patented Z-Lock System**: Facilitates easy installation and removal, significantly reducing downtime and maintenance costs. • **Load Capacity**: Capable of handling heavy loads, ensuring stability and reliability under demanding operational conditions. • **Diameter Size**: Features a 100mm shaft diameter, making it compatible with a wide range of applications. • **Versatile Housing Design**: The 2-bolt design allows for flexible mounting options, accommodating various configurations. ## Applications • **Industrial Machinery**: Ideal for use in conveyor systems, agricultural equipment, and manufacturing machinery where heavy loads and high-speed rotation are common. • **Compatibility**: Fits standard mounting configurations, making it suitable for retrofitting and new installations across diverse industrial environments. • **Extreme Conditions**: Designed to perform reliably in environments with high moisture, dust, and temperature variations. ## Benefits • **Enhanced Reliability**: The robust design and materials ensure minimal wear and tear, extending the product's lifespan and reducing replacement frequency. • **Operational Efficiency**: The Z-Lock system streamlines the installation process, allowing for quicker setups and less equipment downtime. • **Cost-Effective Performance**: High load capacity and durability translate into long-term savings on maintenance and operational costs. --- *Product information compiled with AI assistance for reference purposes.*