SAPF205 25MM FLANGE UNIT-PRESSED STEEL ECCENTRIC COLLAR Bearings The FYH SAPF205 25MM Flange Unit with Pressed Steel Eccentric Collar is a high-quality mounted ball bearing unit designed for reliable performance in a variety of industrial applications. Engineered by FYH Bearing Co., Ltd., Japan's oldest and largest manufacturer of mounted ball bearing units, this product exemplifies superior engineering and innovative design. Key Features Eccentric Collar Design The pressed steel eccentric collar allows for easy mounting and secure fastening, ensuring stable operation under varying load conditions. Size Specifications This unit features a bore diameter of 25mm, making it suitable for various shaft sizes in industrial machinery. Durable Construction Constructed from high-grade materials, the SAPF205 is designed to withstand extreme operating environments, delivering long-lasting performance. Versatile Compatibility The 3-bolt flange bracket design allows for secure installation in various mounting configurations, accommodating diverse applications. Z-Lock System Incorporates FYH's patented Z-Lock system, simplifying the installation and removal processes for enhanced usability and maintenance efficiency. Applications Industrial Machinery Ideal for use in conveyor systems, HVAC equipment, and packaging machinery where reliable bearing performance is crucial. Automotive Components Suitable for automotive applications requiring high-speed rotations and the ability to handle heavy loads. Material Handling Equipment Perfect for applications in material handling and processing, enhancing overall operational efficiency. Benefits Enhanced Reliability The robust design and quality materials ensure a high level of reliability even in the most demanding conditions. User-Friendly Installation The Z-Lock system simplifies installation and maintenance, reducing downtime and increasing productivity. Versatile Performance Capable of accommodating various operational environments, making it a versatile choice for multiple industrial applications.