1361-102 | Zone Valve 1300 Series 2 Wire 3/4 Inch Brass Sweat 23.5 Coefficient of Flow 50 Pounds per Square Inch 240 Degrees Fahrenheit for Hydronic Control Systems | WHITE RODGERS

Industrial-Grade Zone Valve for Efficient Hydronic Systems: White Rodgers 1361-102 The White Rodgers 1361-102 Zone Valve is a premium industrial-grade solution designed for hydronic control systems. With its rugged brass construction, this valve ensures longevity and reliability in demanding environments. Key Features: 2-wire configuration for hassle-free installation Durable brass body for superior strength and corrosion resistance 3/4 inch sweat connection for secure and leak-proof connections Impressive coefficient of flow (23.5) for efficient fluid control Pressure rating of 50 pounds per square inch for versatile applications Temperature tolerance up to 240 degrees Fahrenheit for rigorous conditions Applications: HVAC systems Radiant heating systems Water distribution networks in commercial or residential buildings Our commitment to quality and customer satisfaction ensures that you receive the best products at competitive prices. Choose White Rodgers 1361-102 Zone Valve for reliable and efficient performance in your hydronic control systems. The 1361-102 Zone Valve is a commercial grade industrial and automation supply designed for hydronic control systems. With its 2-wire configuration, this valve offers easy installation and seamless integration into existing setups. Made from durable brass material, it ensures long-lasting performance even in demanding environments. The valve features a 3/4 inch sweat connection, allowing for secure and leak-free connections. It has a coefficient of flow of 23.5, enabling efficient fluid control within the system. Operating at up to 50 pounds per square inch pressure and withstanding temperatures of up to 240 degrees Fahrenheit, this zone valve is suitable for various applications such as HVAC systems, radiant heating systems, and water distribution networks in commercial or residential buildings.