Woodford 14-Inch Freezeless Anti-Siphon Wall Faucet with Pressure Relief Valve - 19CP-14

Prevent a bursting faucet tube with the Woodford Model 19 freezeless sillcock. There is an anti-rupture sillcock that has an internal resetting pressure reducing valve (PRV) that prevents the faucet casing tube from bursting in. freezing conditions, even if a hose is unintentionally left connected to the faucet. An Anti-siphon backflow device protects the faucet from any potential back pressure and contaminated water flowing back into the main line. Round, powder-coated, die-cast aluminum handle, stainless steel seat to prevent from leaking at the back of the faucet and full-circle operating threads provided for a secure fit. Repair parts are readily available. This ASSE 1019 device in intended for irrigation use and outdoor watering and shall not be subjected to more than (12) hours of continuous water pressure. Woodford, The Choice of Professionals. • 1/2 in. MPT x 1/2 in. FSWT• 14 in. wall thickness plus the 1 1/4 in. inlet = 15 1/4 in. from the back of the faucet• Designed and intended for year-round residential irrigation purposes regardless of outside temperature• Resetting pressure relief valve (PRV) helps prevent the faucet tube from rupturing, and consequent water damage during freezing temperatures, even if a hose is inadvertently left connected to the faucet (hose sold separately), faucet will still freeze if hose is inadvertently left connected to the faucet, however it will not rupture• Anti-siphon protection; Integral backflow device protects up to 1.25 psi of backpressure, eliminating the need for an add-on vacuum breaker• EPDM rubber packing helps prevent leaking behind the packing nut• Stainless-steel seat to help prevent wire draw• Full-circle operating threads on the valve body and retainer for a secure fit• Powder-coated die-cast aluminum oval handle for strength• Not intended for continuous use. Outdoor watering and shall not be subjected to more than (12) hours of continuous water pressure. WARNING: Cancer and Reproductive H