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How Electric Threaded Ball Valves Work in Industrial Automation?
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How Electric Threaded Ball Valves Work in Industrial Automation?

Views: 14     Author: Site Editor     Publish Time: 2025-10-16      Origin: Site

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In modern industrial automation, precise flow control is essential. Electric threaded ball valves provide a compact, reliable, and easy-to-maintain solution, combining an electric actuator with a threaded-end ball valve for efficient and automated fluid management.


BSP NPT Threaded 2 Way Electric Thread Ball Valve

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 What Is an Electric Threaded Ball Valve?

An electric threaded ball valve is an automated valve that integrates an electric actuator with a threaded ball valve. The actuator converts electrical signals into mechanical motion, rotating the ball 90° to open or close the flow.


The "threaded" ends (internal or external) allow quick installation and compact integration, making these valves ideal for small-diameter pipelines and applications with limited space.


Commonly used for water, air, oil, and weakly corrosive media, electric threaded ball valves are widely applied in HVAC, chemical processing, water treatment, and industrial machinery.

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Structure and Main Components

Key components of an electric threaded ball valve include:
Component Function Material
Electric Actuator Converts electrical signals into motion Die Casting Aluminum Alloy
Valve Body Connects pipeline and houses the ball WCB, SS304,SS304L,SS316,SS316L
Ball Rotates to open or close flow Stainless Steel
Valve Seat Provides sealing surface PTFE / RPTFE /CPTFE
Valve Stem Transmits torque from actuator to ball Stainless Steel

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 How It Works?

When the actuator receives a control signal, the internal motor and gear mechanism rotate the valve stem 90°:

Open Position: The ball's bore aligns with the pipeline, allowing smooth fluid flow.

Closed Position: The ball rotates perpendicular to the pipeline, fully blocking the flow.

This 90° rotary action provides fast shut-off, tight sealing, and supports remote or automated operation- essential for modern industrial control systems.

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 Key Features and Advantages

✔ Automation Control: Remote operation and signal feedback for smart system integration.

✔ Compact Design: Ideal for small pipelines or equipment connections.

✔ Reliable Sealing: PTFE, RPTFE or CPTFE seats ensure zero leakage.

✔ Wide Compatibility: BSP, NPT, and G threads support global installations.

✔ Easy Maintenance: Serviceable without removing the entire pipeline.



In our next article, we will explore the advantages and applications of electric threaded ball valves, helping you understand how to make the most of these valves in industrial automation systems. Stay tuned!



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