Ball valve with built-in check valve. Butterfly handle 3/4 inch BALLSTOP 323050

Ball valve with built-in check valve – reliable installation protection

This ball valve combines the functions of flow shut-off and backflow prevention, making it an ideal solution for various applications in water and heating installations. Made of high-quality brass, it ensures durability and corrosion resistance. The butterfly handle allows for quick and convenient flow control.

The BALLSTOP valve is a combination of two key elements in one body – a ball valve and a check valve. This design minimizes the risk of leaks and simplifies installation, saving time and costs. The built-in check valve prevents backflow of water, protecting devices from damage and ensuring proper system operation.

Construction and application

The valve is equipped with 3/4 inch internal threads, making it easy to integrate with an existing installation. The maximum working pressure is 16 bar, and the operating temperature range is 5–90 °C, allowing it to be used in a wide range of conditions. This makes it suitable for both domestic and industrial installations.

Valves from the BALLSTOP series are used in:

• Central heating installations

• Water supply systems

• Protection of pumps and other devices against backflow of medium

• Solar installations

• Irrigation systems

Key features and benefits

• Built-in check valve: Eliminates the need for additional components, simplifying installation and reducing potential failure points.

• Brass body: Provides strength, corrosion resistance and long life. Brass is a material commonly used in hydraulics due to its properties.

• Butterfly handle: Allows for quick and intuitive control of the medium flow – simply turn the handle to open or close the valve.

• Wide operating temperature range (5–90 °C): Allows the valve to be used in various temperature conditions, both in heating and water installations.

• Maximum working pressure 16 bar: Guarantees safe use even in systems with increased working pressure.

• Low pressure drop: The special design of the closing element minimizes flow resistance, ensuring efficient system operation.