ISOLATOR SWT 3/4" ROTATING FLANGE WEBSTONE

51403-1 MFG #: 51403
  • Ball Material: HCP Brass
  • Body Material: Brass
  • Color/Finish: Brass
  • Dimensions: 2-9/16 in
  • End Style: C x Rotating Flange
  • Fitting/Connector Type: Valve
  • Inlet to Outlet Length: 2-9/16 in
  • IsInactive: false
  • Port Type: Full
  • Top to Inlet Center: 2-3/19 in
  • Type: Valve

Webstone The Isolator® Ball Valve, Series: 5140, 3/4 in Nominal, Compression x Rotating Flange, 600 psig WOG, 100 deg F, Full Port, Media: Water/Glycol Mixture, Lever Handle Actuator, HCP Brass Ball, 2-9/16 in Inlet to Outlet Length, 2-3/19 in Top to Inlet Center, Brass Body, Brass Trim, PTFE Seat, Stem Seal, Import

Designed for residential, commercial or industrial use with water, oil or gas. This approved Webstone valve is actuated by a blowout proof stem and features an adjustable packing gland. Flange features a conical inlet to minimize turbulence. The rotating flange is secured by a snug-fit snap-ring that provides greater control over positioning during installation. Solder joint temperature ratings are per ASME B16.18 Annex A for 95-5 solder. Other solder materials have lower pressure/temperature limits. Do not silver braze or overheat valves when soldering.

  • Nominal Size
  • Inlet to Outlet Length
  • Domestic/Import
  • End Connection
  • Series
  • Ball Material
  • Body Material
  • Application
  • Specifications
  • Fitting/Connector Type
  • Softgoods Material
  • Material
  • Stem Material
  • Top to Inlet Center
  • Handle Material
  • Seat Material
  • Temperature Rating
  • Actuator Type
  • Port Type
  • Seal Material
  • Size
  • Trim Material
  • Color/Finish
  • End Style
  • Pressure Rating
  • Media
  • Dimensions
  • Type
  • IsInactive
3/4 in
2-9/16 in
Import
Sweat x Rotating Flange
5140
HCP Brass
Brass
Plumbing, HVAC
3/4 in 3/4 in sweat
Valve
PTFE Seat, Stem Seal
Brass
Brass
2-3/19 in
Steel CP
PTFE
100 deg F
Lever Handle
Full
PTFE
3/4 in
Brass
Brass
C x Rotating Flange
600 psig WOG
Water/Glycol Mixture
2-9/16 in
Valve
false