SKF FYC 508 Flanged Bearing Unit, 80mm Inside Diameter, 145mm Length - FYC 508 This flanged bearing unit is engineered for robust performance in industrial applications. It features an inside diameter of 80mm, making it suitable for various machinery requirements. The unit is comprised of durable cast iron, ensuring longevity and reliability in demanding environments. Features & Benefits • Manufactured from cast iron for optimal strength and durability
• Incorporates four mounting holes for secure installation
• Centre-to-centre distance of 120mm accommodates varied applications
• Designed with a 14mm mounting hole size for easy fitting
• Fluid performance in high-load scenarios due to its sturdy build
• Ideal for use in diverse machinery setups Applications • Used for mounting in electrical and mechanical systems
• Essential for supporting rotating shafts in automation equipment
• Commonly employed in construction and manufacturing machinery
• Utilised in conveyor systems for efficient operation What makes the cast iron material suitable for this unit? The cast iron construction provides superior strength and resilience against wear, making it ideal for high-load applications and ensuring a long service life, even in harsh environments. How can the installation process be simplified? With four mounting holes and a specified centre-to-centre distance, securing this unit is straightforward, allowing for precise alignment with existing machinery, which streamlines the installation effort. What is the importance of the mounting hole size? The 14mm mounting hole size ensures compatibility with standard mounting equipment, facilitating a secure connection and maintaining the structural integrity of the assembly during operation. What role does the inside diameter play in its performance? The 80mm inside diameter supports a range of shaft sizes, ensuring optimal fit and function in various applications, which enhances the overall performance of the machinery. How does this bearing unit contribute to machinery efficiency? Its robust design reduces friction and wear, promoting smoother operation and minimising downtime. This efficiency is critical for maintaining productivity in industrial settings.