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Common sense about sprinkler irrigation: a sprinkler tape manufacturer clears up your doubts.

Release Date:

2022-07-11

Sprinkler tape manufacturers believe that, with the advancement of agricultural intelligence, many people are now familiar with integrated sprinkler irrigation systems. The primary function of such systems is to irrigate and fertilize crops, a process that differs from traditional methods. In integrated sprinkler systems, both irrigation and fertilization are fully automated, significantly reducing labor requirements.

　　 Sprinkler tape Manufacturers believe that, with the advancement of agricultural intelligence, many people are already familiar with integrated sprinkler irrigation systems. The primary functions of such systems are to irrigate and fertilize crops, a process that differs from traditional methods. In integrated sprinkler systems, both irrigation and fertilization are fully automated, which helps to reduce labor requirements. So, how does an integrated sprinkler irrigation system work?

　　 Sprinkler tape The manufacturer believes that the operating principle of the integrated water–fertilizer sprinkler irrigation system is sensor-controlled. Soil moisture sensors installed in the field continuously monitor soil moisture levels as well as the concentrations of nitrogen, phosphorus, and potassium. The data collected by these sensors are transmitted in real time to a central computer. When the system detects that soil moisture or nutrient levels fall below the set thresholds, it automatically activates the irrigation or fertilization system; conversely, when these parameters reach the target levels, the system automatically shuts off the irrigation or fertilization system.

　　 Sprinkler tape Manufacturers believe that traditional irrigation and fertilization rely solely on growers’ experience to determine timing—when to irrigate and when to apply fertilizer—without any data-driven guidance. As a result, both irrigation and fertilization often lead to significant waste. In contrast, an integrated fertigation sprinkler system is sensor-driven and supported by real-time data, enabling more efficient water and fertilizer use while ensuring optimal soil nutrient and moisture levels.

　　 Sprinkler tape Manufacturers believe that on large-scale agricultural farms, manual fertilization is extremely labor-intensive. However, with the implementation of an integrated fertigation sprinkler system, both irrigation and fertilization can be fully automated, eliminating the need for on-site personnel supervision and significantly reducing labor requirements.

　　Sprinkler tape manufacturers believe that piping is a critical component of the entire sprinkler irrigation system. All pipelines originate at the water source and are laid out to serve every shrubbery, lawn, and any other area requiring irrigation for landscaping. From each main pipeline, a branch is then tapped off. These branches may be fitted with solenoid valves; after the valve, another branch is tapped, leading to a sprinkler truck, drip irrigation tubing, micro-sprinklers, or drip irrigation emitters—typically used in villas or small courtyards. Branch connections are made according to the specific terrain: if the entire area consists of turf, it is recommended to install the branches on one set of lines; if it includes shrubs, a separate set of lines should be used. Plants of the same type should be treated uniformly, while plants of different types should be controlled separately.

　　 Sprinkler tape The manufacturer believes that each solenoid valve must be connected to a controller, which is the core component of the sprinkler system. The controller primarily manages the on/off states of each branch line. By adjusting the start and stop times of these branches, it effectively controls the duration of irrigation for each individual branch. Each controller in the yard is equipped with a rain sensor; when it rains, the sensor detects the rainfall and sends a signal to the controller, causing the sprinkler system to shut off on rainy days.


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What are the components of an intelligent integrated water and fertilizer system?

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