3 Way L-Port Ball Valve With Electric Actuator
The UNOX 3 Way L-Port Ball Valve with Electric Actuator is an advanced flow control solution designed for efficient and precise directional flow switching in industrial systems. Featuring a durable AISI 304 stainless steel body and a precision-engineered L-Port ball configuration, this valve allows controlled flow between two outlet ports while securely shutting off the third, providing excellent versatility in automated fluid distribution applications.
This valve is operated by a robust electric actuator, available in 110V AC, 220V AC, and 24V DC configurations, offering flexibility for various power systems. The actuator ensures smooth, accurate, and maintenance-free automation for both On/Off and modulating control applications. It also includes manual override, visual position indicator, and IP67-rated weatherproof housing, guaranteeing reliability under demanding industrial conditions.
The L-Port flow path makes this model ideal for systems where fluid needs to be diverted or alternated between two flow lines — commonly used in process control, HVAC systems, chemical dosing, and water treatment systems. Its threaded (BSP or NPT) connections and full-bore design ensure minimal flow loss and high operational efficiency.
Key Features:
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- Body Material: AISI 304 Stainless Steel – corrosion and pressure resistant
- Port Type: 3-Way L-Port for directional flow control
- Connection Type: Threaded (BSP/NPT)
- Actuator Options: 110V AC / 220V AC / 24V DC electric actuator
- Working Pressure: Up to 1000 PSI (≈69 BAR)
- Temperature Range: -10 °C to +180 °C (14 °F to 356 °F)
- Protection Class: IP67 for outdoor and industrial use
- Operation Type: On/Off Control
- Manual Override: Included for safety and convenience
- Applications: Process control, water treatment, HVAC, food processing, and automation systems
The UNOX 3 Way L-Port Ball Valve with Electric Actuator delivers dependable and precise flow management, combining robust construction with advanced electric automation. It’s the ideal choice for systems requiring accurate fluid direction, durability, and efficiency.
