Watts LF909-QT-S-FS 3/4 - Part of the LF909 Small Series Egress System The perforated grate features 0

The perforated grate features 0

Specifications Backflow Preventer Type Dual Check with Atmospheric Vent Body Finish Brass Body Material Brass Body Pattern Inline Brand Watts Buy American Act Compliant YES Bypass No Cap And Tether No Disc Material Rubber EAN 098268119329 Elbow Fitting No Hazard Protection Level Non Health Hazard Hot And Harsh Water No Hydrant Connection No Inlet Connection Size 1/2 IN Inlet Connection Size-Metric 13 MM Inlet Connection Type Press Inlet Shutoff Valve Type No Shutoff Valve Inlet Thread Type Does Not Apply To Product Lead Free NO Maximum Temperature-Fahrenheit 250 Maximum Working Pressure-BAR 12

ductile iron grate with 18 square inches of free area and a 4 inch no hub outlet

5 to 23 GPM Hot Inlet Temperature Range 120 to 200 degree F Hot Water Inlet Connection Size 1 IN Hot Water Inlet Connection Type Crimped Hot Water Inlet Thread Type Does Not Apply To Product Maximum Working Pressure-PSI 150 Minimum Differential Temperature-Fahrenheit 5 Minimum Static Pressure-PSI 30 Outlet Connection Size 1 IN Outlet Connection Size-Metric 25 MM Outlet Connection Type Crimped Outlet Temperature Accuracy +/- 3 degree F Outlet Thread Type Does Not Apply To Product Temperature Adjustment Range 60 to 120 degree F Wi-Fi Enabled No Specification Sheet - LF1170 and LFL1170

SITEDRAIN Sheet 113 is an economical solution for single-sided subsurface drainage applications requiring moderate strength and high flow capacity

Watts LF909-QT-S-FS 3/4 - Part of the LF909 Small Series Egress System The perforated grate features 0This 3 4 inch lead free reduced pressure zone backflow preventer assembly with its exclusive design incorporating the patented air inch and water out principle for protection during an emergency condition prevents the flow of polluted water from entering into the potable water supply due to backsiphonage and or backpressure. Ideal for protection inch continuous pressure piping applications and at cross connections identified as health hazards and from