Time Saver Dig 1 Anti-siphon Valve With Latching Solenoid (6-12 Volt), Flow Control, Internal And External Manual Bleed Save 60% + Free Ship [b5ZmJ3uR]

DIG 1 Anti-Siphon Valve with Latching Solenoid

Discover the ultimate solution for anti-siphon protection and precise control with our DIG 1 Anti-Siphon Valve featuring a latching solenoid. This versatile 2-way valve offers both manual and automatic control, making it an ideal choice for a variety of applications. With its robust construction and advanced features, it's a must-have for any irrigation system.

• 2-Way, Manual/Automatic Control - Experience seamless operation with the ability to switch between manual and automatic modes with ease.
• Nominal Size 1 Inch x 1 Inch - This valve is designed to fit seamlessly into your existing irrigation system, providing a perfect fit.

Technical Specifications and Features

Our DIG 1 Anti-Siphon Valve is built to last with its rigid PVC body and a temperature rating of up to 110 degrees Fahrenheit. It boasts a pressure range of 20 to 150 PSI, ensuring reliable performance in a variety of conditions. The valve includes a 6 to 12 Volt DC S-305DC glass reinforced nylon magnetic latching solenoid for precise control and a flow rating of 0.25 to 25 GPM to accommodate different flow requirements.

• Body Material: Rigid PVC for durability and resistance to harsh environments.
• End Connection: Female Threaded x Female Threaded for easy installation and compatibility.

Applications and Benefits

The DIG 1 Anti-Siphon Valve is a versatile tool for irrigation systems, offering both anti-siphon protection and flow control. Its internal and external manual bleed features ensure consistent performance and easy maintenance. With ANSI, IAPMO, and UPC standards compliance, you can trust its quality and reliability. Whether you're a professional or a DIY enthusiast, this valve is designed to meet your needs.

• Application: Irrigation systems, providing efficient water management for gardens, farms, and landscapes.
• Benefits: Improved water flow control, reduced water waste, and enhanced system performance.