Pneumatic Butterfly Valve, API 609, DI GGG40, 16 Inch, CL150

Name: Pneumatic Butterfly Valve, API 609, DI GGG40, 16 Inch, CL150
SKU: VPSK-20250421-BFV-01
Availability: InStock
Rating: 5 (1 reviews)

Key Specifications / Features

The Pneumatically-actuated Butterfly Valve is engineered to meet stringent industry standards, complying with EN 593 and API 609. It features a durable ductile iron GGG40 body, ensuring robustness and reliability. With a 16-inch diameter (DN400) and rated for Class 150 LB (PN16) pressure, this valve is designed for high-capacity applications. Its lug ends facilitate easy installation and secure connections. The pneumatic actuation provides precise control, making it an ideal choice for various industrial processes requiring reliable flow management.

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Detail Information

Product Name: Pneumatic Butterfly Valve
Type: Lug Butterfly Valve
Design Standard: EN 593, API 609
Body Material: Ductile Iron GGG40
Disc Material: Ductile Iron
Size: 16 Inch, DN400
Pressure Rating: Class 150 LB, PN16
End Connection: Lug
Operation: Pneumatic Actuator

Features of Pneumatic Lug-Type Butterfly Valve

Dead-End Service Compatibility: Designed for end-of-line service, the lug-type butterfly valve has threaded lugs that allow one side of the pipeline to be disconnected or serviced without affecting the other side—making it more versatile than wafer-type valves.
Durable Seat Design: The reinforced seat structure ensures a robust and long-lasting seal, providing excellent wear resistance even in demanding conditions.
High-Pressure Resistance: Theseat maintains its shape under high pressure, reducing the risk of deformation and ensuring consistent sealing performance.
Leak-Proof EPDM Seat: The EPDM (ethylene propylene diene monomer) seat offers a reliable sealing solution that minimizes the need for frequent maintenance.
Wide Temperature Adaptability: EPDM seats operate effectively across a broad temperature range, from -20°C to 80°C, offering excellent heat and cold resistance.
Centerline Disc Design: The centered design provides stable and precise valve movement while reducing the torque required for opening and closing.
Fast, Automated Operation: Pneumatic actuation enables quick and fully automated valve control, improving system efficiency and responsiveness.
Double-Acting Compatibility: The valve supports double-acting pneumatic actuators and integrates easily with a variety of control systems, enabling accurate flow regulation.