Control valves play a crucial role in automated irrigation systems by regulating the flow of water to different zones or areas within a landscape.
Usually used in conjunction with a timer or controller, it automatically opens or closes the valve according to preset time or humidity conditions, thereby achieving timed, quantitative, or on-demand irrigation of the irrigated area.
The Electric Butterfly Valve offers automated flow control with electric actuation.
The Electric Ball Valve provides remote-controlled fluid flow regulation.
The quick release valve allows for swift and easy disconnection of fluid lines.
The pilot solenoid valve controls larger valves with precision and reliability.
The level control valve maintains fluid levels within set parameters.
soil sensor can quickly and accurately detect various soil parameters, such as humidity, temperature, pH, etc., to help users understand the condition of the soil, so as to develop more efficient planting and management programs
Irrigation controller uses high-precision sensors and measurement technology to provide accurate soil moisture and weather data to ensure accuracy and effectiveness
Soil detector can monitor the condition of the soil in real time, react and adjust in time according to the change of soil parameters, so as to better control and manage the growth environment of plants.
Solenoid valve enables precise flow and pressure control through electromagnetic control, which is suitable for situations where precise control of fluid delivery is required.
Filters are the unsung heroes of smart irrigation systems. They work tirelessly to protect irrigation equipment, improve water quality, and enhance overall system efficiency.
An automatic weather station (AWS) collects real-time data on various meteorological factors such as temperature, humidity, wind speed, and rainfall.
Introduction: Agriculture plays a crucial role in feeding the growing global population. With the increasing demand for food, it is essential to find efficient and
Introduction: Agriculture has come a long way since its inception. From traditional farming methods to modern technological advancements, the industry has witnessed significant transformations. One
Introduction In the quest for sustainable agriculture, the role of advanced irrigation controller systems cannot be overstated. As the global population continues to grow, the
Grow higher, better yields every season, with precision irrigation – no matter your crop, climate patterns, soil type or topography.
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