FYH UCFX210D1K2 50MM ND SS 4 BOLT HIGH TEMP UNIT

# Bearings The **FYH UCFX210D1K2** is a high-performance 4-bolt flange bearing unit designed to deliver exceptional reliability and efficiency in demanding industrial applications. With a robust construction tailored to handle high speeds and heavy loads, this bearing unit is engineered to perform under extreme conditions, ensuring optimal operational longevity. ## Key Features • **Size:** 50mm inner diameter, ideal for a variety of mounting applications. • **High-Temperature Resistance:** Designed to withstand elevated temperatures, enhancing durability and performance in harsh environments. • **Z-Lock System:** Patented installation method simplifies the mounting and removal processes, reducing downtime and maintenance efforts. • **4-Bolt Flange Design:** Provides secure mounting options, ensuring stability during operation and minimizing misalignment risks. • **Versatile Compatibility:** Suitable for various housing types, making it adaptable to numerous industrial setups. ## Applications • **Manufacturing Equipment:** Ideal for use in conveyors, mixers, and other machinery requiring durable and reliable bearing support. • **Automotive Industry:** Perfect for applications where high-speed rotations and heavy loads are commonplace, enhancing vehicle performance and reliability. • **Agricultural Machinery:** Reliable performance in tractors and other farming equipment, ensuring maximum uptime and efficiency. ## Benefits • **Enhanced Durability:** Built to exceed Japanese Industrial Standards (JIS), ensuring long-lasting performance in challenging conditions. • **Operational Efficiency:** The Z-Lock system minimizes installation time, allowing for quick replacements and maintenance, thereby enhancing productivity. • **Quality Assurance:** FYH's commitment to quality and innovation ensures that every bearing unit meets stringent performance criteria, giving users confidence in their equipment's reliability. --- *Product information compiled with AI assistance for reference purposes.*