Motorized Ball Valve 1", Standard Port, Stainless Steel Ball Valve, 2 Wire Auto Return, 9-24V AC/DC, Electric Shut Off Ball Valves

Overview

• Material : Stainless Steel
• Brand : Goahke
• Exterior Finish : Stainless Steel
• Inlet Connection Size : 1 Inches
• Inlet Connection Type : National Pipe Tapered
• Outlet Connection Type : NPT
• Number of Ports : 1
• Outlet Connection Size : 1 Inches
• Specification Met : ADA, NSF, WRAS
• Manufacturer : Goahke

About this item

• Efficient NPT Threading for Reduced Pressure Loss: Utilizes 1 inch Stainless Steel threading in adherence to National Pipe Thread standards. Features a Standard port with a bore size slightly smaller than the 1" inner diameter of the pipeline. Effectively reduces pressure loss, ensuring optimal flow dynamics and efficiency. An ideal choice for home DIY automation projects, offering precision and performance.
• Durable 304 Stainless Steel Construction: Precision-crafted from 304 stainless steel, ensureing durability and longevity. Features a PTFE ball seat that meets drinking water standards for safety and purity. Versatile design offers compatibility with a wide range of media types. Boasts an estimated life expectancy of 80,000 to 100,000 cycles, guaranteeing long-term reliability for a variety of applications.
• Effortless 2-Wire Auto Return: Simplify installation with a straightforward two-wire connection. Efficient power usage as it opens, with an internal capacitor for auto return in case of power loss. Provides safety and convenience for your application.
• Wide Voltage Compatibility with Rapid Action: Designed to work with a voltage range of 9V to 24V AC/DC, suitable for various electrical systems. Swift 3-5 second open/close time effectively eliminates water hammer. Ensures reliable and quick performance.
• Solenoid-Like Control with Intelligent Design: Experience solenoid-like control without flow restrictions or constant power requirements.Automatic power cutoff when fully open or closed, reducing the risk of overheating. Ideal for applications requiring prolonged valve openness, combining efficiency and safety.