Honeywell Butterfly Valve, 2 Way, 6 in. - VFF2LV1YCR/M

With the capacity to facilitate bidirectional flow, the Honeywell 2-way, 6-inch Butterfly Valve carries remarkable design features, setting it in a class of its own. The device is flanged, implementing precisely crafted strokes of 567 Cv at 60 degrees and 1850 Cv at 90 degrees for uncompromising control.

Constructed with a polyester-coated cast iron body, it promises resistance against weather conditions, chemicals, ultraviolet rays, abrasion, and impact. The resilient seat of the valve is made from peroxide-cured EPDM, which ensures optimum operations in even the most demanding industrial terrains. Furthermore, the 416 grade stainless steel stem offers solid protection from corrosion, while its close-tolerance internal double-d disk connection eliminates potential points for corrosion access.

Adding to its versatility, the valve can function effectively across a wide range of pipe sizes – from 2 inches to 20 inches, with ANSI Class 125/150 Lug pipe connections. The design includes an extended neck for 2 inches of pipe insulation, reinforcing its resistance to thermal fluctuation. Fitted with Nylon 11 coated, cast iron disks, the valve further boasts minimized friction, enhanced corrosion resistance, and facilitates the use of lower-torque actuators with larger valves body sizes.

The valve also guarantees a bubble-tight seat leakage at the rated close-off, maintaining efficiency and reliability in delivering hot water and chilled water-glycol solutions. It exhibits an equal percentage flow characteristic and can operate remarkably at temperatures ranging from -40 F to 250 F (-40 C to 121 C) under a close-off pressure of 175 psi.

In essence, the 2-way Butterfly Valve from Honeywell constitutes a durable and efficient control device, thoughtfully designed to suit a diverse range of industrial processes. It stands as an epitome of Honeywell's commitment to excellence, innovativeness and dependability in the realm of industrial automation and control systems.