919-ZQT 1 1/4

Discontinued

Part of the 919 Series

Ordering Code: 0062839

UPC: 098268095661

Lead Free: NO

1 1/4 IN Bronze Reduced Pressure Zone Backflow Preventer Assembly, Quarter Turn Shutoff, Inlet and Outlet Flow Up

  • Bronze body with NPT end connections
  • Approved for Z pattern installations
  • Quarter turn full port resilient seated ball valve shutoffs with lever handles
  • Top mounted screw driver slotted test cocks for easy testing and use in reduced clearance installation
  • EZ twist relief valve cover with quarter turn locking joint captures the spring load during repair to facilitate disassembly
  • Bottom mounted relief valve for reduced clearance installation
  • Separate access covers for the check valves and relief valve for ease of maintenance
  • Innovative check valve plastic cover bushing provides trouble free guiding of the check valve poppet
  • Compact, space saving design
Specifications
ArmorTek Technology No
Backflow Preventer Type Reduced Pressure Zone Assembly
Body Finish Bronze
Body Material Bronze
Body Pattern Z-Pattern
Brand Watts
Bypass No
Bypass Size Does Not Apply To Product
Cap And Tether No
Disc Material Silicone
EAN 098268095661
Elbow Fitting No
GDS Status Registered
Hazard Protection Level Health Hazard
Hot And Harsh Water No
Hydrant Connection No
Inlet Connection Size 1 1/4 IN
Inlet Connection Size-Metric 32 MM
Inlet Connection Type Female Threaded
Inlet Shutoff Valve Type Quarter Turn Ball Valve
Inlet Thread Type NPT
Lead Free NO
Maximum Temperature-Fahrenheit 180
Maximum Working Pressure-BAR 12.10
Maximum Working Pressure-PSI 175
Meter Type No Meter
Minimum Temperature - Celsius 0.50
Minimum Temperature-Fahrenheit 33
Outlet Connection Size 1 1/4 IN
Outlet Connection Type Female Threaded
Outlet Shutoff Valve Type Quarter Turn Ball Valve
Outlet Thread Type NPT
Part Number 0062839
Polymer Coating No
Pressure Operation Continuous
Protection Type Backpressure and Backsiphonage
Seat Material Polymer
Series 919
Strainer No
Technologies Does Not Apply To Product
Tradename None