Worldwide Shipping Os2-050-8cf8-lh - 5" Os Series Lug Butterfly Valve - Ss Disc - Epdm Seat - Lever Perfect Gift [drQA9KDU]

5" OS Series Lug Butterfly Valve

The Pratt Industrial OS2-050-8CF8-LH 5" OS Series Lug Butterfly Valve is a premium choice for industrial applications, offering robust performance and exceptional durability. This valve is designed for installation between ANSI 125/150 flanges and is capable of bi-directional, end of line, and bubble tight service to rated pressure. Its full vacuum service rating ensures versatility in a wide range of environments. With the API 609 category A design standard, you can trust in its quality and reliability.

Key Features and Specifications

The OS2-050-8CF8-LH valve boasts several notable features. Its two-piece shaft design provides maximum strength and a high-flow characteristic disc, ensuring smooth operation and minimal wear. The top flange conforms to the ISO 5211 industrial standard, offering a universal mounting pad for automation requirements, making it compatible with most actuators on the market. Additional features include a blowout proof stem, self-adjusting O-ring shaft seal, and a unique seat design that maintains stability under high pressure and vacuum conditions. Specifications include a size of 5", a ductile iron body, a 304 stainless steel disc, an EPDM resilient seat, and lever actuation.

Practical Applications and Benefits

This 5" OS Series Lug Butterfly Valve is ideal for various industrial applications, including chemical processing, water treatment, and oil and gas industries. Its ability to handle both high pressure and vacuum services makes it a versatile choice for numerous scenarios. With its durable construction and advanced features, the valve offers peace of mind and reduced maintenance costs. Whether you're managing a pipeline or a processing plant, this valve is designed to meet your needs and provide long-lasting performance. Invest in the Pratt Industrial OS2-050-8CF8-LH valve and experience the benefits of top-notch quality and efficiency.