Logo Saint-Gobain
Saint-Gobain Performance Plastics
7301 Orangewood Avenue
Garden Grove, California 92841, United States
Toll Free: (800) 833-5661 • Phone: (714) 630-5818 • Fax: (714) 688-2614
Email: process-systems@saint-gobain.com • Web site: www.furon.com
Print Back

Our go-to valve offers a great combination of Cv, Pressure rating, cycling performance with the capability to have field maintenance done in a short period of time.

  • 2-Way configuration
  • Normally Closed or Normally Open operation
  • Superior cycling performance on aggressive chemicals such as HF & HCl or Slurry
  • Chemical & Slurry application
  • ¼”, ½”, ¾” Orifice
  • Cv exceeding 9.5
  • Field serviceable
Unit of Measure

Specifications

End Connection Type

 FlareGrip® II

Orifice

 1/2 in

End Connection Size

 1/2 in

Dimension A

 4.48 in113.80 mm

Dimension B

 0.73 in18.50 mm

Dimension C

 1.85 in47.00 mm

Dimension D

 4.64 in117.90 mm

Operating Pressure

 100 psig6.8 bar

Back Pressure

 100 psig6.8 bar

Flow Factor (Cv)

 3.50

Minimum Pilot Pressure

 60 psig4.1 bar

Maximum Pilot Pressure

 100 psig6.8 bar

Pilot Supply Port (FNPT)

 1/8 in

Operating Temperature Range

 59 to 182 ºF15 to 82 ºC

Body Material

 Ultra High Purity Perfluoroalkoxy Alkane (PFA)

Diaphragm Material

 Modified Polytetrafluoroethylene (PTFE)

Actuator Component Material

 Clear Polypropylene

Standard Flare Nut Material

 Polyvinylidene Fluoride (PVDF)

Standard Options
  • Normally Open Version
  • Dual Actuation Version
  • PFA Flare Nuts

Features/Benefits

  • 100% Injection Molded High Purity PFA and Virgin PTFE wetted flow path
  • Integrated Visual Position Indication
  • Transparent actuation components
  • Bi-directional flow
  • Optional electronic position sensing
  • Leak Detection Port (1/4-28 UNF)
  • “Place and turn” integrated mounting base
  • Mounting pattern and port dimensions interchangeable with major competitors

Notes
  • Flow is calculated using QV2-F46-NC, QV2-F812NC, and QV2-F1216. When using smaller orifice connections flow will be reduced accordingly.