3 Way T-Port Ball Valve With Double Acting Pneumatic Actuator
The UNOX 3 Way T-Port Ball Valve with Double Acting Pneumatic Actuator is a robust and versatile solution for complex fluid distribution, mixing, and diverting applications. Crafted entirely from AISI 304 stainless steel, this heavy-duty valve offers excellent corrosion resistance and long service life in chemical processing, food and beverage, pharmaceutical, water treatment, and general industrial systems.
With a T-Port flow pattern, the 3-way configuration allows multiple flow combinations—such as mixing two inlets into one outlet or diverting one inlet to two outlets—without the need for additional piping. The double acting pneumatic actuator provides air-powered control for both opening and closing strokes, ensuring fast, precise, and reliable operation. Built with extruded aluminum housing, die-cast aluminum pistons, and nitrile rubber seals, the actuator is designed for high-cycle performance and durability.
The valve features BSP or NPT threaded ends, and an ISO 5211 mounting pad for easy integration with automated systems. It supports a working pressure of up to PN63 (≈915 psi) and withstands temperatures from -20 °C to +180 °C (-4 °F to +356 °F).
Key Features:
- Body Material: AISI 304 stainless steel for superior corrosion and chemical resistance
- Port Configuration: 3-way T-Port design for mixing, distribution, or diverting flow paths
- Connection Type: BSP or NPT threaded, ISO 5211 mounting pad for actuator attachment
- Working Pressure: Up to PN63 (≈915 psi)
- Temperature Range: -20 °C to +180 °C (-4 °F to +356 °F)
- Actuator Type: Double acting pneumatic actuator for bi-directional, air-powered operation
- Sealing: PTFE seats ensuring leak-free performance and easy maintenance
- Operation: Quick installation and smooth automation for demanding industrial processes
Engineered for safe, efficient, and flexible flow control, the UNOX 3 Way T-Port Ball Valve with Double Acting Pneumatic Actuator is an ideal choice for industries requiring frequent switching and reliable multi-directional fluid management.
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