Electric Actuated Lug Type Butterfly Valve

0 People watching this product now!

The electric actuated lug-type butterfly valve effectively controls the flow direction in a pipeline. Inside the valve is a circular disc that is rotated via a shaft. As the disc rotates, the flow is opened or closed. The electric actuator automatically performs this movement, eliminating the need for manual intervention. Additionally, among electric actuated butterfly valves, it is one of the most reliable options.

The “Lug” type is known for being compatible with flanged connections on both sides, allowing the pipeline to be disconnected from one end. This facilitates maintenance operations. The disc is typically made of stainless steel, while the body is usually manufactured from GGG40.3 ductile cast iron, offering both strength and long service life.

Sayfa İçeriği

Where is the Electric Actuated Lug Type Butterfly Valve Used?

This type of valve is widely used in many industrial and commercial applications, particularly where precise flow control is required. For example, it regulates liquid flow in water treatment systems and manages acidic and alkaline fluids in chemical plants. With these features, it stands out among chemically resistant valve solutions.

In power plants, steam and hot water flows are controlled using this system. In the food industry, its hygienic design allows safe use. Additionally, it directs airflow in HVAC systems and provides fast opening and closing advantages in fire protection lines.

Product Features

Body: GGG40.3 Ductile Cast Iron
Disc: AISI 316 / AISI 304 / AL-BR
Shaft: SS 416 Stainless Steel
Temperature Range: Operates between -10ºC and 110ºC
Seal Material: EPDM
Size Range: DN25 (1”) – DN300 (12”)

All these features make the product both flexible and durable. It can operate for long periods without requiring maintenance and can be easily integrated into various piping systems.

Why Choose an Electric Actuated Butterfly Valve?

The electric actuator design offers full compatibility with automation systems, enabling remote monitoring and control. The valve position can be clearly tracked, allowing intervention if necessary. Additionally, it provides an economic advantage among high-performance actuated valve solutions.

These valves also deliver high performance in terms of tightness and pressure resistance, enhancing safety in process lines. Additionally, they offer the advantage of a fast response time in situations requiring emergency shut-off.