Uflow 1.1/2 Inch / 40mm SS304 Pneumatic Ball Valve Flanged with Solenoid Valve 24V DC

The Uflow 1-1/2 Inch SS304 Pneumatic Ball Valve with flanged connection and 24V DC solenoid valve delivers precise and durable automated flow control for industrial applications. Built with corrosion-resistant SS304 and a full-bore design, this valve maximizes flow efficiency and minimizes pressure drops. Equipped with a high-performance pneumatic actuator and energy-efficient solenoid valve, it is ideal for demanding environments where reliable and low-maintenance operation is essential.

Key Features

• Corrosion-Resistant SS304 Construction: Made from high-grade SS304 (CF8) for long-lasting durability in industrial settings.
• Full-Bore Design: Allows for maximum flow with reduced pressure drops, optimizing operational efficiency.
• 24V DC Solenoid Valve: NAMUR-type solenoid with compact design, fast response time, and manual override for flexible control.
• Smooth-Acting Pneumatic Actuator: Hard-anodized aluminum body with a rack & pinion design ensures smooth, maintenance-free performance.
• Standards Compliance: Meets ASME, API, and ISO standards, ensuring reliable and safe operation across diverse applications.

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
• Ball Valve Standards: ASME B16.10, B16.25, B16.34, B16.5, API 598, BS EN ISO 17292, ISO 5211
• Solenoid Valve Voltage: 24V DC with manual override
• Cycle Rate: Up to 1500 cycles/min

Box Including

• 1 x Uflow SS304 Pneumatic Ball Valve, 1-1/2″ Flanged
• 1 x 24V DC Solenoid Valve
• 1 x Pneumatic Rotary Actuator

Applications

This valve assembly is ideal for automated flow control in industrial sectors such as water treatment, HVAC, and chemical processing. Its robust design and efficient components provide reliable shutoff, precise control, and minimal maintenance, making it a suitable choice for high-demand applications.