The gas Butterfly Valve DN 250 PN6/10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN6/10/16/150lbs, intermediate flange. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and features: Single-Acting Pneumatic Actuator. Approvals and standards: DVGW. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off. Suitable for gas and biogas pipelines, energy supply, building services and industrial gas distribution systems.
The gas Butterfly Valve DN 250 PN6/10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN6/10/16/150lbs, intermediate flange. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and features: Double-Acting Pneumatic Actuator. Approvals and standards: DVGW. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off. Suitable for gas and biogas pipelines, energy supply, building services and industrial gas distribution systems.
The gas Butterfly Valve DN 250 PN10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Version: DN 250, PN10, flanged. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and features: Single-Acting Pneumatic Actuator. Approvals and standards: DVGW. Further features: Lug-Type Butterfly Valve ; Flange connection ; Approval DVGW Gas with Single-Acting Pneumatic Rotary Actuator. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.
The gas Butterfly Valve DN 250 PN10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN10, flanged. Materials and seals: Housing made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and features: Double-Acting Pneumatic Actuator. Approvals and standards: DVGW. Further features: Gas Butterfly Valve – Lug-Type Butterfly Valve ; gas connection flange ; approval DVGW; gas with Double-Acting Pneumatic Rotary Actuator.
The gas Butterfly Valve DN 250 PN10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN10, flanged. Materials and seals: Housing made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and fittings: Gearbox. Approvals and standards: DVGW. Further features: Gas Butterfly Valve – Lug-Type Butterfly Valve connection ; Sealing closure; Centrally mounted. The central design facilitates cost-effective installation, high operational safety and reliable shut-off.
The gas Butterfly Valve DN 250 PN10/16 is designed for safe use in gas pipelines and provides a reliable shut-off function. Model: DN 250, PN6/10/16/150lbs, intermediate flange. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and features: Regulating Lever. Approvals and standards: DVGW. Further features: Gas Butterfly Valve – Wafer-Type Butterfly Valve Gas; connection /16/150lbs; tight-sealing. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.
The gas Butterfly Valve DN 250 PN6/10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Version: DN 250, PN6/10/16/150lbs, intermediate flange. Materials and seals: Body made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; seat ring made of NBR. Actuation and fittings: Gearbox. Approvals and standards: DVGW. Further features: Gas Butterfly Valve – Wafer-Type Butterfly Valve Gas; connection /16/150lbs; tight-sealing. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.
The gas Butterfly Valve DN 25 PN10/16 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 25, PN10/16, flanges. Materials and seals: Housing made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; flanges ; seat ring made of NBR. Approvals and standards: DVGW. Further features: Electric Gas Butterfly Valve ; flange connections ; Certification: DVGW for gas with J4C-S20 electric actuator; operating time (90°): 9s ± 10%. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off.
The gas Butterfly Valve DN 250 PN10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN10, flanged, flanges. Materials and seals: Housing made of Ductile Iron GGG40; disc made of Stainless Steel 1.4408; flanges ; seat ring made of NBR. Operation and features: Regulating Lever. Approvals and standards: DVGW. Further features: Lug-Type Butterfly Valve – Flange-Type Butterfly Valve ; connection flanges ; tight-sealing; centrally mounted. The central design facilitates cost-effective installation, high operational safety and reliable shut-off.
The Butterfly Valve DN 250 PN16 is designed for safe use in gas pipelines and provides a reliable shut-off function. Versions: DN 250, PN16, flanges. Materials and seals: Housing made of Ductile Iron GGG40; damper disc made of Stainless Steel CF8M (1.4408); ; Flange made of NBR. Actuation and fittings: Regulating Lever. Approvals and standards: DVGW. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off. Suitable for gas and biogas pipelines, energy supply, building services and industrial gas distribution systems.
The gas shut-off Butterfly Valve DN 250 PN10 is designed for safe use in gas pipelines and provides a reliable shut-off function. Design: DN 250, PN10, flanged, flanges, threads. Materials and seals: Body made of Ductile Iron GGG40; disc made of Ductile Iron GGG40 + Resicoat R4; flanges ; seat ring made of NBR. Actuation and fittings: Hand Lever. Approvals and standards: DVGW. The centric design facilitates cost-effective installation, high operational safety and reliable shut-off. Suitable for gas and biogas pipelines, energy supply, building services and industrial gas distribution systems.
