Honeywell Butterfly Valve, 2 Way, 6 in. - VFF2LV1YPR/M

The Butterfly Valve by Honeywell is a 2-way, 6-inch offering designed to meet your diverse industrial needs. This flanged product showcases different Cv values at different strokes - 567 Cv at a 60-degree stroke and 1850 Cv at a 90-degree stroke. It comes with a cast-iron body coated in polyester for superior durability and resilience. Notably, its seat is made of peroxide-cured EPDM, ensuring it can withstand high stress and strain. The stem of this valve is made from top-grade 416 stainless steel, lending it a robust make.

This Honeywell offering comes in a variety of sizes, ranging from 2 to 20 inches. Built to meet ANSI Class 125/150 specifications, it fits securely into lug pipe connections. Its bi-directional flow capability enhances its versatility. This Butterfly Valve flaunts an extended neck to accommodate 2 inches of pipe insulation, underscoring its focus on safety.

The Honeywell Butterfly Valve's disks are crafted from cast iron and are coated in Nylon 11. This coating not only helps them resist corrosion, but also reduces friction and enables the use of lower-torque actuators with larger valve body sizes. The entire valve body is polyester-coated to keep it safe from weather elements, chemicals, ultraviolet radiation, abrasions, and impacts.

The valve stem is made of stainless steel and features an internal double-D disk connection with close tolerances. This design eliminates any points for corrosion access. The Butterfly Valve, when at its rated close-off, assures bubble-tight seat leakage, indicating superior build quality and attention to detail.

This Honeywell product is designed for service with hot water and chilled water-glycol solutions. It promises equal-percentage flow characteristics. The operating temperature range is broad, spanning from -40 F to 250 F (-40 C to 121 C). Despite these extensive capabilities, the Honeywell Butterfly Valve can hold up to a close-off pressure of 175 psi with ease, making it a durable, reliable addition to any industrial setting.