1 IN Bronze Wye Pattern Strainer, Thread, 20 Mesh Screen, Tapped Retainer Cap, Closure Plug
0379113 - spec sheet
0379113 - spec sheet
Manufacturer Resources
Product Specs
- Blowdown Outlet Connection:
- Female Threaded
- Blowdown Outlet Size:
- 1/2 IN
- Blowdown Outlet Size Metric:
- 15 MM
- Body Material:
- Lead Free Cast Copper Silicon Alloy
- Body Pattern:
- Wye
- Bolt Material:
- Does Not Apply To Product
- Class Rating:
- Does Not Apply To Product
- Control Type:
- Does Not Apply To Product
- Epoxy Coating Type:
- None
- Flange Material:
- Does Not Apply To Product
- Gasket Material:
- NBR
- Grooved Coupling Material:
- Does Not Apply To Product
- Inlet Connection Size:
- 1 IN
- Inlet Connection Size Metric:
- 25 MM
- Inlet Connection Type:
- Female Threaded
- Inlet Thread Type:
- NPT
- Maximum Operating Temperature:
- 210
- Maximum Operating Temperature Celsius:
- 178
- Maximum Pressure:
- 400 PSI
- Maximum Pressure And Temperature:
- 400 PSI at 210 degree F; 125 PSI at 353 degree F
- Maximum Pressure Bar:
- 27.6
- Maximum Pressure Psi:
- 400
- Maximum Working Pressure And Temperature:
- 400 PSI at 210 degrees F
- Minimum Temperature:
- 32°F
- Minimum Temperature Fahrenheit:
- 32
- Outlet Connection Size:
- 1 IN
- Outlet Connection Size Metric:
- 25 MM
- Outlet Connection Type:
- Female Threaded
- Outlet Thread Type:
- NPT
- Plug Material:
- No Plug
- Pressure Temperature Rating:
- 400 PSI at 210 degree F
- Pressure Temperature Rating Bar:
- 27.6 BAR at 99 degree C
- Retainer Cover Material:
- Lead Free Cast Copper Silicon Alloy
- Retainer Cover Type:
- Tapped with Closure Plug
- Screen Material:
- Stainless Steel
- Screen Size:
- 20 MESH
- Screen Type:
- Mesh
- Seat Material:
- Does Not Apply To Product
- Series:
- LF777SI
- Strainer Type:
- Wye
- Ul Fireline Service Approved:
- No
- Ul Listing:
- N-No UL Code Rating
- Wog Rating:
- 400 PSI at 210 degrees F
- Wsp Rating:
- 125 PSI at 353 degrees F
- Department:
- Plumbing
- Product Group:
- Plumbing
- Product Subgroup:
- Filtration
- Product Type:
- Y-Strainer