3-Way Carbon Steel (WCB) Ball Valve ANSI 150 Flanged
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3-Way Carbon Steel (WCB) Ball Valve, ANSI 150 Flanged
The 3-way WCB ANSI 150 ball valve allows for precise fluid diversion or mixing in industrial piping systems. Therefore, it is ideal for applications requiring flow control in multiple directions.
Its WCB carbon steel body ensures high mechanical strength and durability. In addition, the SS316 stainless steel internals offer excellent corrosion resistance and compatibility with a wide range of fluids. The ISO5211 mounting pad facilitates automation with a pneumatic or electric actuator.
Available in L-port and T-port types, this 3-way WCB ANSI 150 ball valve adapts to different diversion or mixing configurations. It also includes a handle for easy manual operation.
Specifications
- Body: Carbon Steel WCB
- Seat: Teflon (PTFE)
- Floating Ball: SS316
- Stem: SS316
- Mounting Pad: ISO5211
- Ports: L-Type and T-Type
- Flanges: ANSI Class 150
- Working Temperature: Min. -20 °C to 150 °C
- Max Pressure: 290 psi @ 100°F (38°C)
- Pneumatic Actuator: Single or double acting
- Electric Actuator: On-Off or modulating
Applications
The 3-way WCB ANSI 150 ball valve is essential for providing precise and reliable control in industrial applications. First, it excels in fluid distribution systems in multiple directions. It also allows for changing, mixing, or diverting flows according to process demand. Therefore, it is a versatile solution for various industrial piping configurations.
Flow control in distribution systems: Controls the flow of liquids or gases in three directions. Therefore, it is widely used in the chemical, petrochemical, and food processing industries.
Fluid direction change: Efficiently redirects flow from one line to another. Additionally, it is ideal for systems where it is necessary to alternate between two flow paths as needed.
Fluid mixing: Allows for precise mixing of two or more fluid streams. Therefore, it is common in chemical production, drinking water, and heating and cooling systems.
Flow diversion: Diverts fluid from one line to another reliably. Consequently, it is useful in heating, cooling, hydraulic, and steam control systems.
HVAC systems: Controls the distribution of water or air flow in various directions. It also optimizes energy efficiency and temperature control in ventilation and air conditioning installations.
Water and wastewater treatment plants: Controls the flow of water between different tanks or treatment pipes. Finally, it ensures a reliable and precise drinking water and effluent management process.