994RPDA-OSY-FXG-CFM 3

Part of the 994RPDA Series

Ordering Code: 0438626

UPC: 098268263800

Lead Free: NO

3 IN SS Reduced Pressure Detector Assembly Backflow Preventer, OSY Shutoffs, Flanged Inlet x Grooved Outlet, Cubic Feet Meter, Short Lay Length

  • Stainless steel body is half the weight of competitive designs reducing installation and shipping costs
  • Flanged inlet gate connection and grooved outlet gate connection
  • Health hazard application
  • Detects underground leaks and unauthorized water use
  • Compact construction for smaller enclosures
  • Bottom mounted relief valve reduces clearance requirements when installed against an outside wall
  • Torsion spring check valves provides maximum flow at low pressure drop
  • Short end to end dimensions makes retrofit easy
  • Thermoplastic check valves with stainless steel hinge pins for trouble-free operation
Specifications
ArmorTek Technology No
Backflow Preventer Type Reduced Pressure Detector Assembly
Body Finish Stainless Steel
Body Material Stainless Steel
Body Pattern Does Not Apply To Product
Brand Watts
Buy American Act Compliant NO
Bypass Yes
Cap And Tether No
Disc Material Rubber
EAN 098268263800
Elbow Fitting No
Hazard Protection Level Health Hazard
Hot And Harsh Water No
Hydrant Connection No
Inlet Connection Size 3 IN
Inlet Connection Size-Metric 80 MM
Inlet Connection Type Flanged Joint
Inlet Shutoff Valve Type Outside Stem And Yoke Gate Valve
Inlet Thread Type Does Not Apply To Product
Lead Free NO
Maximum Temperature-Fahrenheit 110
Maximum Working Pressure-BAR 12.10
Maximum Working Pressure-PSI 175
Meter Type CFM
Minimum Temperature - Celsius 0.50
Minimum Temperature-Fahrenheit 33
Outlet Connection Size 3 IN
Outlet Connection Type Grooved Joint
Outlet Shutoff Valve Type Outside Stem And Yoke Gate Valve
Outlet Thread Type Does Not Apply To Product
Part Number 0438626
Polymer Coating No
Pressure Operation Continuous
Protection Type Backpressure and Backsiphonage
Series 994RPDA
Strainer No
Technologies Does Not Apply To Product
Tradename None