LF767FR 2
This 2 inch lead free freeze resistant pressure vacuum breaker backflow preventer prevents the reverse flow of polluted water from entering into the potable water supply due to backsiphonage. It consists of lead free body construction, silicone rubber check valve disc, plastic check valve seat, stainless steel springs, a bonnet with silicone rubber O-ring seal, a lightweight plastic disc float, a built-in relief valve to protect the internal components and the body from freezing, lever handle shutoffs, and test cocks for winterization draining. It is ideal in continuous pressure health hazard applications where exposure to sudden freezing conditions such as on irrigation systems and industrial process water systems can occur. The maximum pressure is 150 psi (10.3 bar) and the minimum pressure is 15 psi (55kPa).
Features
- Lead free construction
- Freeze resistant
- Female NPT inlet and outlet with quarter turn shutoffs
- Internal parts serviceable in line from top of unit
Specifications | |
---|---|
Backflow Preventer Type | Vacuum Breaker |
Body Material | Lead Free Bronze |
Brand | FEBCO |
Bypass | No |
Cap And Tether | No |
Disc Material | Silicone |
EAN | 098268455533 |
Elbow Fitting | No |
Hazard Protection Level | Health Hazard |
Hot And Harsh Water | No |
Hydrant Connection | No |
Inlet Connection Size | 2 IN |
Inlet Connection Size-Metric | 51 MM |
Inlet Connection Type | Flanged Joint |
Inlet Shutoff Valve Type | Quarter Turn Ball Valve |
Inlet Thread Type | NPT |
Lead Free | YES |
Maximum Temperature-Fahrenheit | 140 |
Maximum Working Pressure-BAR | 10.30 |
Maximum Working Pressure-PSI | 150 |
Meter Type | No Meter |
Minimum Temperature - Celsius | 0.50 |
Minimum Temperature-Fahrenheit | 33 |
Outlet Connection Size | 2 IN |
Outlet Shutoff Valve Type | Quarter Turn Ball Valve |
Outlet Thread Type | NPT |
Part Number | 0683032 |
Polymer Coating | No |
Pressure Operation | Continuous |
Protection Type | Backpressure and Backsiphonage |
Seat Material | Noryl Plastic |
Series | LF767FR |
Strainer | No |