8 OSY GATE VALVE, GRV X FLG

Item Number: 8-48OSYGXF
1 1
$6,147.10
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When Will it Ship: Contact for Lead Time
Estimated transit time: 2 to 5 Business Days

Brand - Wilkins
  • Valve Size: 8 inch
  • Valve Type: OS&Y Resilient Wedge Gate Valve
  • End Connections: Grooved x Flanged
  • Maximum Working Water Pressure: 250 psi
  • Maximum Working Water Temperature: 140°F
  • Body Material: Epoxy Coated Ductile Iron
  • Internals: Stainless Steel
  • Application: Fire Sprinkler Systems

Description

The 8 inch Zurn 48OS&YGXF Gate Valve is an outside stem and yoke (OS&Y) resilient wedge valve engineered for fire sprinkler system applications. This shut-off valve features grooved by flanged end connections for flexible installation. The OS&Y design provides a clear visual indication of the valve's open or closed position. Constructed with an epoxy coated ductile iron body and stainless steel internals, it offers excellent corrosion resistance. It is rated for a maximum working water pressure of 250 psi and a maximum working water temperature of 140°F, complying with AWWA C515, C-550, IAPMO, and UL listings. Item number 8-48OSYGXF.

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Connections

  • This 8 inch OS&Y gate valve is equipped with grooved end connections on one side and flanged end connections on the other, allowing for versatile installation in fire sprinkler systems.
  • The grooved end is designed to connect to grooved piping systems using a mechanical coupling.
  • The flanged end is designed to bolt onto another flanged component or pipe, ensuring a secure and leak-tight connection.

Compatibility

  • This valve is specifically designed and certified for use in fire sprinkler system applications.
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Additional Details

The 8 inch 48OS&YGXF Gate Valve with grooved by flanged end connections is a resilient wedge gate valve primarily utilized in fire sprinkler system applications.

It features an outside stem and yoke (OS&Y), providing a clear visual indication of whether the valve is in the open or closed position.

Features

  • Outside Stem and Yoke (OS&Y) for visual open/closed indication
  • Resilient wedge design
  • Stainless steel internals and stem
  • Epoxy coated ductile iron body for corrosion resistance
  • Low-lead law compliant

Connections

  • Grooved by flanged end connections

Applications

  • Fire sprinkler systems

Specifications

  • Valve Size: 8 inch
  • Valve Type: OS&Y Resilient Wedge Gate Valve
  • End Connections: Grooved x Flanged
  • Body Material: Epoxy Coated Ductile Iron
  • Internal Material: Stainless Steel
  • Stem Material: Stainless Steel
  • Maximum Working Water Pressure: 250 psi
  • Maximum Working Water Temperature: 140°F
  • Hydrostatic Test Pressure: 500 psi

Certificates & Approvals

  • Low-lead law compliant
  • AWWA Compliant C515
  • AWWA Compliant C-550
  • IAPMO® Listed
  • UL® Listed

FAQs

What is an OS&Y gate valve?

An OS&Y (Outside Stem and Yoke) gate valve is a type of valve where the stem rises out of the valve body when opened, providing a clear visual indication of the valve's open or closed status. This feature is crucial in fire protection systems for quick operational checks.

What are the primary applications for this 8 inch gate valve?

This 8 inch 48OS&YGXF Gate Valve is specifically designed and certified for use in fire sprinkler system applications, where it serves as a critical shut-off component.

What type of end connections does this valve have?

This valve features grooved end connections on one side and flanged end connections on the other, allowing for flexible integration into various piping configurations within fire sprinkler systems.

What materials are used in the construction of this gate valve?

The valve features an epoxy coated ductile iron body for durability and corrosion resistance, along with stainless steel internals and stem to further protect against corrosion.

What are the pressure and temperature ratings for this valve?

This gate valve has a maximum working water pressure of 250 psi and a maximum working water temperature of 140°F, with a hydrostatic test pressure of 500 psi.