Uflow 1 Inch / 25mm SS304 Pneumatic Ball Valve Flanged with Solenoid Valve 12V DC

The Uflow 1 Inch Pneumatic Ball Valve with 12V DC Solenoid Valve is designed for high-performance automation in industrial applications requiring reliable control and efficiency. Made from durable SS304, this full-bore valve offers exceptional corrosion resistance and precise flow management. Equipped with a 12V DC solenoid valve and a high-efficiency pneumatic actuator, it provides energy-efficient operation with quick response, making it ideal for automated systems.

Key Features

• Premium SS304 Construction: Corrosion-resistant SS304 body, stem, and ball for extended durability.
• Full Bore Design: Delivers maximum flow capacity with minimal pressure drop, enhancing system efficiency.
• Energy-Efficient Pneumatic Actuator: Aluminum body with rack and pinion design for smooth, low-consumption operation.
• Compact 12V DC Solenoid Valve: Fast response with manual override and low power consumption for efficient control.
• Compliant with Industry Standards: Meets ASME and ISO standards for safe and reliable performance.

Specifications

• Valve Size: 1” BSP, Actuator – 50
• End Connection: Flanged End
• Pressure Class: #150
• Valve Design: 3 Piece Twinseal Ball Valve
• Material of Construction (MoC): SS304 (CF8) for body, stem, and ball
• Seat Material: PTFE
• Solenoid Valve Voltage: 12V DC (available in 230V AC, 110V AC, 24V DC, and 24V AC)
• Solenoid Cycle Rate: Up to 1500 cycles/min
• Manual Override: Available for flexible control

Box Including

• Ball Valve Assembly: SS304 3-piece flanged valve for easy integration
• Pneumatic Rotary Actuator: Aluminum body, corrosion-resistant with smooth rack and pinion operation
• Solenoid Valve: 12V DC cartridge-type, low-power with manual override feature

Applications

Ideal for automated control systems in industries such as water treatment, chemical processing, oil and gas, and HVAC. This setup is suitable for applications requiring reliable, low-voltage operation, especially in environments where rapid and frequent valve actuation is essential.