NIBCO® NHAC00K F-619 Gate Valve, 6 in, Flanged, 125 lb, Cast Iron Body, Domestic

NF619U MFG #: NHAC00K
  • Actuator Type: Handwheel
  • Body Material: Cast Iron
  • Domestic / Import: Domestic
  • End Style: Flanged
  • Nominal Size: 6 in
  • Pressure Class: 125 Lb
  • Hand Wheel Diameter: 12
  • Inlet to Outlet Length: 10-1/2
  • Manufacturer: NIBCO Inc.
  • Manufacturer #: NHAC00K
  • Media: Water/Gas/Air
  • Pressure Rating: 200 psi
  • Series: F-619
  • Softgoods Material: Graphite
  • Temperature Rating: 450 degF
  • Top to Inlet Center: 21
  • Trim Material: BRASS
The NIBCO® cast iron gate valve provides full flow with minimal pressure drop. The cast iron gate valve features a Class 125 flanged, flat face end connection for easy installation and accessibility. The iron body bronze mounted (IBBM) valve has a bolted bonnet and non-rising stem. Non-rising stem gate valves are recommended when positive shutoff is required and where space is a premium. The NIBCO® flanged cast iron gate valve may be used in commercial and industrial applications, including hot and cold water, HVAC, steam, gas and other general utility services. Please refer to NIBCO® technical data sheets, chemical resistance guides and catalogs for engineering and installation information. Choose NIBCO® gate valves for the most specified, versatile and economical valve option in commercial, mechanical and industrial applications. NIBCO® valves are backed by the NIBCO® 5-year 125% limited warranty.

NIBCO® Gate Valve, Series: F-619, 6 in Nominal, Flanged End Style, 200 psi Pressure, 125 lb Pressure Class, 450 deg F, Media: Water/Gas/Air, Handwheel Actuator, 10-1/2 in Inlet to Outlet Length, 21 in Top to Inlet Center, Cast Iron Body, Brass Trim, Graphite Softgoods, 12 in Diameter Hand Wheel, Domestic
  • Features
  • 125 psi/8.6 bar saturated steam to 353 deg F
  • Non-rising stem
  • Solid wedge
  • 200 psi/13.8 bar non-shock cold working pressure
  • Bolted bonnet
  • Bronze wedges
  • Use in U.S. drinking water applications is prohibited after January 3, 2014
  • Synthetic fiber with graphite packing