Honeywell Butterfly Valve, 2 Way, 14 in. - VFF2RV1YXB/M

The Honeywell Butterfly Valve, with its unique 2-way functionality and impressive 14-inch aperture, offers valuable technical features for any sophisticated industrial setup. A distinct feature of this valve is its flanged design, achieving a Cv of 3384 at a 60-degree stroke and substantially higher Cv of 10538 at a 90-degree stroke. Manufactured with the resilience of Peroxide Cured EPDM, the valve's seat is tailored to withstand demanding industrial environments. This robustness is further augmented by the valve's 416 stainless steel stem and the polyester-coated cast iron body, ensuring longevity.

The Honeywell Butterfly Valve stands out with its versatility. Accommodating a range of sizes from 2 to 20 inches, this valve easily corresponds with ANSI Class 125/150 Lug Pipe Connections while ensuring bi-directional flow. An extended neck is incorporated for enhanced insulation of the 2-inch pipe attached.

The valve utilizes cast iron disks, smoothly coated with Nylon 11 offering stellar corrosion resistance, decreased friction, and the advantage of using lower-torque actuators with larger valve body sizes. The valve's body has a thorough polyester-coating, designed meticulously to provide protection from harsh weather, chemical exposure, ultraviolet rays, abrasions, and impact.

The valve is devised with an internally-fitted, stainless steel stem, featuring a close-tolerance, double-D disk connection offering no access points for corrosion. This ensures efficient valve operations for long durations. Users would appreciate the flawless seat leakage that is Bubble Tight at its rated close off.

Lastly, the valve's technical specifications facilitate service for hot water and chilled water-glycol solutions. It hails an equal percentage flow characteristic and can operate within a wide temperature window of -40 F to 250 F (-40 C to 121 C), maintaining its perfect functioning up to a close-off pressure of 150 psi. This encapsulates the valve's reliability and toughness in challenging industrial conditions.