SV9601M4571/U | Gas Valve Smart Valve SV9601 Standard Opening Intermittent Pilot Np PrePurge 3/4 Inch NPT 1/2 Pounds per Square Inch -40 to 175 Degrees Fahrenheit | RESIDEO

Gas Valve, Smart Valve SV9601: Standard Opening Intermittent Pilot Np Pre-Purge The RESIDEO SV9601M4571/U Gas Valve delivers reliable gas flow control with its standard opening intermittent pilot design. This smart valve offers precise control, ensuring efficient and safe operation of industrial and automation systems. Built with commercial-grade materials, the SV9601M4571/U features a durable construction for long-lasting performance. Its NP pre-purge functionality enables safe ignition by purging gas lines before opening the valve. The 3/4 inch NPT connection allows for quick and easy installation. Operating at pressures up to 1/2 pounds per square inch and temperatures ranging from -40 to 175 degrees Fahrenheit, this valve is suitable for demanding applications. Its compact design and lightweight construction make it ideal for use in space-constrained environments. Featuring advanced safety measures, the SV9601M4571/U Gas Valve ensures safe and efficient gas flow control for industrial automation processes. Shop now at Our trusted HVAC store for the best prices and fast shipping on the SV9601M4571/U Gas Valve and all your industrial supply needs! The SV9601M4571/U Gas Valve is a reliable and efficient solution for industrial and automation needs. Manufactured with commercial grade materials, this Smart Valve ensures long-lasting performance. With its standard opening intermittent pilot design, it offers precise control over gas flow. The valve features NP pre-purge functionality, allowing for safe ignition of the system. Its 3/4 inch NPT connection makes installation quick and hassle-free. Operating at pressures up to 1/2 pounds per square inch, this valve can withstand extreme temperatures ranging from -40 to 175 degrees Fahrenheit. Ideal for various applications in industrial and automation settings, the SV9601M4571/U Gas Valve guarantees optimal performance and safety in controlling gas flow processes.