U.S. Solid 1/2" Brass Solenoid Valve - 24V AC, Normally Closed, 10 Bar Electric Valve for Water, Air, Diesel

U.S. Solid 1/2" Brass Solenoid Valve - 24V AC, Normally Closed, 10 Bar Electric Valve for Water, Air, Diesel

SPECIFICATIONS: With a pressure rating of 0.1 - 10 bar and a temperature range of -30 to 150°C, the valve is suitable for most applications. The normally closed valve has a 1/2 inch NPT threaded connection and operates on AC 24V +/-10%. EXACT CONTROL: The electric solenoid valve can be perfectly adjusted to the desired parameters thanks to the precise mechanism. You will get exactly the flow rate you need without any fluctuations. HIGH QUALITY: For our U.S SOLID 24V solenoid valve, we use sturdy brass, which in combination with the VITON seal ensures special durability. The seal can withstand very high temperatures and is resistant to chemicals with optimal sealing. IMPORTANT: The valve must be installed horizontally, the arrow indicates the direction of flow. To ensure long life, the solenoid valve should not be operated for more than 8 hours. VERSATILE: The electro valve can be used in various fields such as home, commercial and medical. Due to the special features, perfect flow rate adjustment is achieved. This solenoid valve from U.S. SOLID features specifications including a pressure rating of 0.1 - 145 PSI and a temperature range of -30 to 150°C, making it suitable for a wide range of applications. This normally closed valve with an NPT threaded connection ensures exact control over flow rates without fluctuations. Constructed with sturdy brass and a VITON seal for durability and resistance to high temperatures and chemicals, this valve must be installed horizontally with the arrow indicating the flow direction. This valve supports 100% continuous duty operation, but to ensure a long lifespan, it should not be operated for more than 8 hours continuously. With its versatility, this electric solenoid valve is suitable for various uses in home, commercial, and medical settings, providing precise flow rate adjustments.