3 inch 3-way ball valve with solar panel with hose

YaoFeng Solar Ball Valve is designed based on high performance and low power microprocessor program, capable of automatic hibernation and remote wake-up, with built-in power supply and tera-energy charging system. It supports LoRa/4G/NB-IOT and other wireless communication methods, which can realize remote control, centralized control and automatic control of the valve. It can realize various control methods such as flow rate, timing, duration, grouping, etc. It supports the function of rotational irrigation, and at the same time, it has the warning of failure, water shortage, weak signal, low battery, abnormal flow rate, ball blocking, etc., so as to find out the potential problems in time. Valve body adopts electromechanical integration structure, with full functionality, reliable performance, advanced control system (precise control of opening and closing degrees), easy to use and maintain (standardized structure is simple and fast to install) and other characteristics, can realize remote areas without electricity automation control, not only saves the cost of artificial irrigation, but also greatly improve the efficiency of water resources, energy saving and environmental protection.

Product Application

• Filtration
• Sprinkler systems
• Sewage systems
• water supply systems
• Municipal water systems
• Agriculture
• Landscaping
• Green Houses
• Irrigation systems (Field valves)
• Underground irrigation systems

Product Advantages

Zero pressure start, strong blocking resistance, ultra-low water loss DN80,DN125 multiple diameters adapt to more pipes Internal thread, flange and other connection methods, more flexible to use The unique three-way, four-way and five-way designs are more adaptable to different usage environments. Low torque design can match low power consumption valve controller and can be controlled with 5V voltage The appearance is compact and beautiful, light in weight, easy to install, corrosion-resistant, and has a wide range of applications.