The Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, intermediate flange, flanges, DIN. Materials and seals: Housing & disc made of CF8M Stainless Steel; flanges in accordance with DIN ; seal EPDM vulcanised (max. 120°C) -; spring made of Stainless Steel (SS316). Operating data: Max. operating pressure 16 bar. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, intermediate flange, flanges, DIN. Materials and seals: Housing & disc made of CF8M Stainless Steel; flanges in accordance with DIN ; seal NBR vulcanised (max. 80°C) – NBR – versions are for gases; spring made of Stainless Steel (SS316). Operating data: Max. operating pressure 16 bar. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, intermediate flange, flanges, DIN. Materials and seals: Body made of (GGG40) Ductile Iron; flanges in accordance with DIN ; seal EPDM vulcanised (max. 120°C); spring made of Stainless Steel (SS316). Operating data: Max. operating pressure 16 bar. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, intermediate flange, flanges, DIN. Materials and seals: Body made of (GGG40) Ductile Iron; flanges in accordance with DIN ; seal NBR vulcanised (max. 80°C) – NBR – versions are for gases; spring made of Stainless Steel (SS316). Operating data: Max. operating pressure 16 bar. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Wafer-Type Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, Wafer-Type Check Valve, flanged connection. Materials and seals: Housing: galvanised Steel 1.0619; seat seal: PTFE (Teflon). Operating data: Max. pressure 16 bar. Further features: Wafer-Type Check Valve Flange connection in accordance with EN 1092-1 Form B; valve body galvanised Steel (1.0619); Stainless Steel screws. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Wafer-Type Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in piping systems. Design: DN 250, PN10/16, wafer, flanged connection, DIN. Materials and seals: Housing made of galvanised Steel 1.0619; seat seal EPDM. Operation and features: Spring-return. Operating data: Max. pressure 16 bar. Further features: Wafer-Type Check Valve Flange connection in accordance with DIN 2632/2633; valve disc galvanised Steel (1.0619); screws Stainless Steel. The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The Wafer-Type Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in pipework systems. Design: DN 250, PN10/16, wafer-type check valve, flanged connection, DIN. Materials and seals: Stainless Steel body (1.4408); seat seal PTFE (Teflon). Operating data: Max. pressure 16 bar. Further features: Wafer-Type Check Valve Flange connection in accordance with DIN 2632/2633; valve Stainless Steel (1.4408 / 1.4581); screws Stainless Steel (1.4401). The compact design allows for easy installation and reliably protects pumps and system components against backflow.
The wafer-type Check Valve DN 250 PN10/16 reliably prevents unwanted backflow in piping systems. Design: DN 250, PN10/16, wafer-type, flanged connection, DIN. Materials and seals: Stainless Steel body (1.4408); Seat seal EPDM. Operating data: Max. pressure 16 bar. Further features: Wafer-Type Check Valve Flanged connection in accordance with DIN 2632/2633; Stainless Steel flap (1.4408 / 1.4581); Stainless Steel screws (1.4401). The compact design allows for easy installation and reliably protects pumps and system components against backflow.
