The electric actuated ball valve is known for its simple and compact design, consisting of only a few essential components. This makes it highly efficient in terms of data consumption and energy use. Its small size, lightweight construction, and minimal installation footprint make it ideal for a wide range of applications. The valve requires only a 90-degree rotation to open or close, ensuring quick and smooth operation. It also offers excellent flow control and tight sealing capabilities, making it a popular choice in industrial settings.
Electric actuated ball valves are commonly used in pipeline systems for automated process control. They are typically employed for remote operation, allowing for the regulation of fluid flow by opening or closing the valve. These valves can be powered by either single-phase AC220V or DC24V, providing flexibility in different environments. Their compact design, reliable performance, and ease of integration make them suitable for various industrial applications.
Key features include a streamlined structure, low power consumption, and high flow capacity. They are well-suited for systems that require precise pressure control, strong sealing, and the ability to cut off fluid flow. The operating temperature range is from -20°C to +150°C, with special seals available for higher temperatures up to +250°C. The working pressure options include PN16, PN25, PN40, PN64, and PN100, making them adaptable to a wide range of pressure conditions.
In terms of operation, the electric ball valve is designed for efficiency and durability. When fully open, the disc creates minimal resistance to the flow of media, resulting in a low pressure drop and excellent flow characteristics. There are two main types of sealing mechanisms: spring-loaded seals and metal-to-metal seals. Spring-sealed valves offer good flexibility and are often used in general applications, while metal-sealed valves provide longer service life and can withstand higher temperatures, though they may not seal as tightly as their elastomeric counterparts.
For flow control applications, selecting the right size and type of electric ball valve is crucial. The design of these valves makes them particularly effective for large-diameter installations. They are widely used in industries such as oil and gas, chemical processing, water treatment, and even in cooling systems of thermal power plants.
There are two common connection types: clamp-style and flanged. Clamp-style valves are connected between two pipe flanges using stud bolts, while flanged valves have built-in flanges that connect directly to the pipeline. The strength and structural integrity of the valve are essential, as it must withstand internal pressure without deformation or failure over time. Overall, the electric actuated ball valve is a versatile and reliable component in modern industrial automation systems.
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