Sale price now, order the Honeywell VFF6FW1YPS/M Three-Way 2" Flanged Resilient Seat Butterfly Valve (Full Cut Disk, Pneumatic Positioner, High Pressure Spring Return) here with PlumbersStock.com. Before you buy, make sure it has all the right features: this flanged valve comes with 3-way porting (an A-AB-B configuration), with a full cut disk (high close-off), up to 175 psi close-off temperature rating, the trim is nylon 11-coated disk, EPDM seat/seal, a Pneumatic positioner actuator enclosure, and a High pressure pneumatic spring return actuator.The Honeywell VFF6FW1YPS is a stainless steel valve stem that has an actuator that provides minimum torque required for full valve shut-off position. This Honeywell valve uses a flexible seat design and nylon disk coating that prevents metal valve parts from being unprotected to chemicals in the water. With this design it will be suitable for control of hot water or chilled-water solutions. The flow control characteristic of this valve can be adjusted for equal ratio or percentage. The Honeywell VFF6FW1YPS uses cast iron valve body polyester-coated that is built for tough weather conditions, chemical exposure, ultra-violet contact, scrapes, and impact protection. The cast iron disk of this valve uses Nylon 11-coated that is completely protected to corrosion that lessens friction. The construction of Honeywell VFF6FW1YPS makes it an easy choice for chilled water systems. Field or outdoor applications for electrical and electronic actuators is also available with weatherproof covers. The technology it uses prevents condensation that is vital to an efficient and well run chiller systems and other high-water-flow applications. Honeywell butterfly valves are tightly packed and easy to control, yet skillfully built for long-lasting, reliable performance.
Other Info: | Easy To Install |
Trade Tool Type: | HVAC |
Manufacturer: | Honeywell |
Style: | 3 Way |
Product: | Butterfly |
Connection Type: | Flanged |
Electrical Voltage: | 24 Volt |
Mpn # | VFF6FW1YPS |
Weight | 1.00 lbs. |