FYH EBT20412KP8G5 3/4 ND SS T-UP (NARROW-WITH) RE-LUBE

# Take-Up Bearing Assembly The FYH EBT20412KP8G5 is a high-performance take-up bearing assembly, meticulously designed for applications requiring robust support and reliability under demanding conditions. This product features a 3/4 inch inner diameter and a narrow-width design, making it an ideal choice for various industrial machinery and conveyor systems where space is limited but performance cannot be compromised. ## Key Features • **Inner Diameter:** 3/4 inch, ensuring compatibility with standard shafts while providing a secure fit. • **Re-Lube Capability:** Designed for easy re-lubrication, allowing for extended service life and reduced maintenance downtime. • **Narrow Width Design:** Optimized for applications with limited space, facilitating installation in tight environments. • **Material Quality:** Constructed from high-grade steel, ensuring durability and resistance to wear even in harsh operational conditions. • **Patented Z-Lock System:** Simplifies installation and removal processes, enhancing usability and efficiency during maintenance. ## Applications • **Industrial Machinery:** Suitable for various machinery where reliable bearing support is crucial, including conveyors and material handling equipment. • **Automotive Applications:** Ideal for automotive parts that require durable bearing solutions to withstand high-speed rotations and heavy loads. • **Manufacturing and Production Lines:** Provides stability and support in environments where precision and reliability are essential. ## Benefits • **Enhanced Performance:** The FYH EBT20412KP8G5 is engineered to handle heavy loads while maintaining smooth rotational capabilities. • **Increased Reliability:** Built to withstand severe operating conditions, ensuring long-lasting performance and reduced downtime. • **User-Friendly Maintenance:** The re-lubrication feature and Z-Lock system make it easy to maintain, which helps extend the bearing's lifespan and efficiency. --- *Product information compiled with AI assistance for reference purposes.*