Uflow 1/4 Inch 5/2 Way 24V DC Single Solenoid Valve – 1/4 Inch 5 port 2 position Spool Type with Spring Return Pneumatic Solenoid Valve – SFA1

The Uflow 1/4 Inch 5/2 Way 24V DC Single Solenoid Valve (SFA1) is a reliable pneumatic valve designed to control compressed air in industrial applications. Featuring a 5-port, 2-position spool type with a spring return, this single solenoid valve provides quick response and efficient control. Made from durable materials including aluminum, nitrile, brass, and polymer, it ensures longevity and consistent performance. This valve’s compact design, low power consumption, and optional manual override make it a practical choice for high-cycle applications in automation systems.

Key Features:

• Port Size: 1/4″ BSP (In & Out: 1/4", Exhaust: 1/8″)
• Valve Type: 5-port, 2-position spool type single solenoid with spring return
• Coil Voltage: 24V DC, with other voltage options available
• Quick Response: Operates at up to 1500 cycles per minute, tested for a cycle life of up to 200,000 cycles
• Manual Override: Optional manual override switch for enhanced control
• Energy Efficient: Designed for low power consumption
• Robust Build: Made from aluminum, nitrile, brass, and polymer for extended durability
• Working Pressure Range: 2 to 10 kg/cm² (bar)
• Temperature Range: Suitable for ambient temperatures from 5°C to 60°C

Specifications:

• Design: Compact spool with cartridge type for easy installation
• Body Material: Aluminum
• Media Pressure: 2 – 10 Bar
• Ambient Temperature Range: 5° C to 60° C
• Media: Compressed Air
• Coil Voltages: Available in multiple voltage options
• Recommendation: Use a filter in the inlet port for optimal performance

Box Including:

• Uflow 1/4 Inch 5/2 Way 24V DC Single Solenoid Valve (SFA1)
• Installation and user manual
• Optional manual override switch

Applications:

• Ideal for industrial automation and pneumatic control systems requiring precise airflow management
• Suitable for compressed air systems in manufacturing, automation, and assembly lines
• Commonly used in high-cycle environments where quick response, energy efficiency, and reliable spring return are critical