Watts LFF113FP 150-FP2 2 - Part of the LFF113FP Series ADS 7 bar ArmorTek Technology Yes

7 bar ArmorTek Technology Yes Body Material Ductile Iron Brand Watts Coating Epoxy Coated Using ArmorTek Technology EAN 098268652499 Inlet Connection Size 1 1/2 IN Inlet Connection Type Grooved Joint Lead Free YES Maximum Operating Temperature-Fahrenheit 160 Maximum Working Pressure-PSI 400 Outlet Connection Size 1 1/2 IN Outlet Connection Type Grooved Joint Part Number 1SE00067 Pilot Control System Fitting Material Brass Pilot Control System Tubing Material Stainless Steel Series LFM115-74 Trim Material 316 Stainless Steel Valve Style Mustang Warranty Name Watts Warranty - ACV ArmorTek Submittal Package - Automatic Control Valve LFM115-74

Low-Profile Strainer/Dome: Streamlined shape minimizes roof obstruction while offering sufficient open area to allow high flow and easy cleanup

Robust epoxy-coated cast iron construction with anchor flange for long-term durability

Specifications Blowdown Outlet Connection Female Threaded Blowdown Outlet Size 1/2 IN Body Material Cast Iron Body Pattern Wye Bolt Material Does Not Apply To Product Brand Watts Buy American Act Compliant NO Class Rating 126 EAN 098268643152 Epoxy Coating Type None Flange Material Does Not Apply To Product Gasket Material Garlock Grooved Coupling Material Does Not Apply To Product Inlet Connection Size 3/4 IN Inlet Connection Size-Metric 20 MM Inlet Connection Type Female Threaded Inlet Thread Type NPT Lead Free YES Maximum Operating Temperature-Celsius 208

Watts LFF113FP 150-FP2 2 - Part of the LFF113FP Series ADS 7 bar ArmorTek Technology YesThis 2 inch LFF113FP flood protection shutdown control valve protects against property damage caused by continuous discharge from a reduced pressure zone backflow assembly. With SentryPlus Alert continuous monitoring technology in place, the flood sensor and sensor activation module attached to the assembly relief valve signal the relay box when discharge is continuous. The activation module includes a tiny time delay to prevent signaling based on