Uflow 1.1/2 Inch / 40mm SS304 Pneumatic Ball Valve Flanged with Solenoid Valve 110V AC & Limit Switch 2NO-NC

The Uflow 1-1/2 Inch SS304 Pneumatic Ball Valve with flanged connection, 110V AC solenoid valve, and 2NO-NC limit switch provides a high-performance solution for automated industrial flow control. Constructed with durable SS304 and designed for smooth, bubble-tight shutoff, this valve assembly ensures reliable and responsive operation. The included pneumatic actuator, solenoid valve, and limit switch deliver robust automation features suitable for various applications requiring efficiency and low maintenance.

Key Features

• SS304 Material: Valve body, stem, and ball are made from corrosion-resistant SS304 (CF8) for extended durability.
• Full Bore Efficiency: The full-bore design optimizes flow capacity, ensuring minimal pressure loss.
• Weatherproof Limit Switch: 2NO-NC configuration with an indication dome provides clear open/close visibility, even in challenging environments.
• Responsive Solenoid Valve: 110V AC solenoid with compact, long-lasting cartridge design and fast response time.
• Smooth Actuation: Pneumatic rotary actuator crafted from hard-anodized aluminum, featuring a maintenance-free rack & pinion design for smooth and jerk-free performance.

Specifications

• Valve Size: 1-1/2″ BSP
• Actuator Size: 50
• End Connection: Flanged
• Pressure Class: #150
• Design: Three-piece twinseal ball valve, full bore
• Material: SS304 (CF8) for body, stem, and ball; PTFE for seat
• Standards Compliance: ASME B16.10, B16.25, B16.34, B16.5, API 598, BS EN ISO 17292, ISO 5211
• Limit Switch Contact: 2NO-NC
• Solenoid Voltage: 110V AC with manual override
• Cycle Rate: Up to 1500 cycles/min
• Temperature Range for Limit Switch: -20°C to 80°C

Box Including

• 1 x Uflow SS304 Pneumatic Ball Valve, 1-1/2″ Flanged
• 1 x 110V AC Solenoid Valve
• 1 x Limit Switch (2NO-NC)
• 1 x Pneumatic Rotary Actuator

Applications

This pneumatic ball valve assembly is ideal for automated flow control in sectors like water treatment, chemical processing, and HVAC. Its design makes it suitable for applications requiring reliable shutoff, precision control, and durable components capable of handling demanding operational environments.