EUROSTOP Butterfly Valve Standard Version
Range:
- DN 150-2000
- PN 10-16-25
- PN 40 until DN 1400
The EUROSTOP Butterfly Valve by PAM Saint-Gobain is engineered to provide uncompromising performance in water supply, irrigation, and industrial applications. Designed with a double eccentric configuration and a resilient seat, it ensures a 100% leak-proof bi-directional seal while significantly extending the operational life of the components.
Key Advantages
- Low Operating Torque: The double offset design reduces friction between the gasket and the seat during operation, allowing for smaller actuators and lower maintenance costs.
- Superior Corrosion Resistance: All ductile iron components (Body and Disc) feature a high-quality epoxy powder coating (min. 250 μm) according to EN 14901 standards.
- Maintenance-Free Sealing: The automatic EPDM gasket design ensures perfect tightness. The stainless steel AISI 316L seat is integrated into the body to resist erosion and wear.
- Built for Durability: Compliant with EN 1074-1 & 2 and EN 593, ensuring long-term reliability in critical infrastructure.
Versatile Configurations
The EUROSTOP series is designed to adapt to any installation requirement:
- Manual: Equipped with a high-efficiency gearbox and handwheel.
- Motorizable: Ready for automation with a standard ISO 5210 top flange.
- Motorized: Fully integrated with electric actuators (e.g., AUMA IP68) for remote control.
- Buried Service: Specific configurations available with telescopic extension spindles and protection accessories for underground installation.
Applications
- Water Supply & Distribution: Potable water networks and pumping stations.
- Irrigation: Large-scale agricultural water management.
- Hydro-Power: Flow control and isolation in hydroelectric plants.
- Industrial Plants: Reliable isolation for cooling and process water.
Materials
Materials
• Body and valve disc: ductile iron GJS500-7 EN 1563.
• Seat: stainless steel AISI316L
• Shafts: in stainless steel AISI420B
• Valve automatic gasket: EPDM
• Primary and secondary shaft tightness: bronze bearings
with double internal and external EPDM O-rings sealing
Features
Features
• Performance and design according to EN1074-1 and 2, EN593
• Face to Face dimension according to EN 558 e ISO 5752-14.
• Flanges drilling in according to EN 1092-2 ISO 7005-2; ANSI150
• Double eccentric offset valve
• EPDM automatic gasket design
• Bi-directional tight closure
• Hydraulic test in accordance with the prescriptions EN 1074 1 and 2, ISO 5208 and EN 12266 leak Rate A.
• Marking according EN 19
Corrosion protection
Corrosion protection
• Body and valve disc epoxy powder coated in every part in accordance with EN14901 layer thickness min. 250 μm.
Gearboxes and actuators
Gearboxes and actuators
• AUMA Gearboxes Enclosure IP68-8 according to EN60529
• Standard Actuator S2-15 min, 400 V -3 – 50Hz, IP68.8, KS protection and heater 230 V.
The Benchmark for Reliability and Performance in Water Isolation Technology.
The Benchmark for Reliability and Performance in Water Isolation Technology.
Range:
- DN 150-2000
- PN 10-16-25
- PN 40 until DN 1400
The EUROSTOP Butterfly Valve by PAM Saint-Gobain is engineered to provide uncompromising performance in water supply, irrigation, and industrial applications. Designed with a double eccentric configuration and a resilient seat, it ensures a 100% leak-proof bi-directional seal while significantly extending the operational life of the components.
Key Advantages
- Low Operating Torque: The double offset design reduces friction between the gasket and the seat during operation, allowing for smaller actuators and lower maintenance costs.
- Superior Corrosion Resistance: All ductile iron components (Body and Disc) feature a high-quality epoxy powder coating (min. 250 μm) according to EN 14901 standards.
- Maintenance-Free Sealing: The automatic EPDM gasket design ensures perfect tightness. The stainless steel AISI 316L seat is integrated into the body to resist erosion and wear.
- Built for Durability: Compliant with EN 1074-1 & 2 and EN 593, ensuring long-term reliability in critical infrastructure.