Skip to main content
Zurn Industries None Return To Previous Search
Zurn Industries Link

Zurn Industries 6'' 48 OSandY Gate Valve with grooved x flanged end connections

SKU: 6-48OSYGXF

$2,708.25

Price

Originally $3,611.00 - Save 25%

Prices and information shown are subject to verification by our showroom personnel. In the event of a discrepancy, we reserve the right to make any corrections necessary. Freight charges may be applicable to certain products - if so, freight charges will be quoted separately.

See All locations

  • Product Type Plumbing Part
  • Length 10.75"  Width 12.5"  Height 30"  Weight 120 lbs. 
  • View Complete Specs

Shop our locations nearest Zip Code 43085 [change]

Questions About Zurn Industries 6-48OSYGXF?
Gooder Supply has professionals available to assist you with your selection from Zurn Industries
Email an Expert

48OSY Collection

View All

Product Details

Zurn Industries 6-48OSYGXF

The 6'' 48OSandYGXF Gate Valve with grooved by flanged end connections is used to provide a visual indication of whether a valve is in the open or closed position, and is utilized on fire sprinkler system applications. Features of this resilient wedge gate valve include stainless steel internals and stem, and outside stem and yoke. The 48OSandY has a maximum working water pressure of 250 psi, maximum working water temperature of 140°F, and hydrostatic test pressure of 500 psi.


  • Collection 48OSY
  • UPC 612052056982
  • Online Product ID 5729340
  • Length 10.75"
  • Width 12.5"
  • Height 30"
  • Weight 120 lbs.
  • Made In China
  • Low Lead Compliant yes
  • Prop65 Warning Cancer and Reproductive Harm - www.P65Warnings.ca.gov
  • Shipping x W:12"x H:30" 118 lbs.

Additional information

  • Easy indication of valve open or closed position for reduced inspection time
  • For stand alone use or on Backflow Preventers
  • Stainless steel internals and stem resist corrosion
  • Low-lead law compliant
  • AWWA Compliant C515, C-550
  • UL Listed
  • C-UL Listed
  • FM Approved
  • Certified to NSF/ANSI 372 by IAPMO R

Resources

About This Brand

Navigate to top of page