Product Description
Sprinkler irrigation facilitates strict control of soil moisture, so that soil moisture is maintained in the most suitable range for crop growth. Moreover, the dust on the stems and leaves of plants can be washed away during sprinkler irrigation, which is conducive to plant respiration and photosynthesis. In addition, sprinkling irrigation does not cause erosion and other damage to the soil, so as to maintain the soil's aggregate structure, make the soil loose and porous, good ventilation, so it is conducive to increasing production, especially for vegetables.
Sprinkler irrigation has strong adaptability to various terrain, and it does not need to smooth the land like ground irrigation, and can be carried out on sloping land and undulating ground. Especially in the sandy soil with thin soil layer and strong water permeability, it is very suitable for sprinkler irrigation. In addition, sprinkler irrigation is not only suitable for all field crops, but also for all kinds of cash crops, vegetables, grasslands can obtain good economic results. Sprinkler irrigation has many advantages, suitable for landscape greening, agricultural irrigation and other scenes, can be remote automatic control irrigation, precision irrigation, water saving and energy saving
The irrigation efficiency of a drip belt depends on a number of factors, including pump flow, drip belt design, drip head flow, irrigation system pressure, crop type and planting density, soil type, and irrigation time. In general, the amount of water droplets in drip irrigation systems can be adjusted to suit different crop and soil conditions. A sprinkler pump with a drip irrigation belt can irrigate about 6 acres of land. The actual situation may be reduced due to the uniformity of the drip irrigation system, pressure loss in the pipeline, dropper blockage, evaporation and leakage. Therefore, in actual operation, it is necessary to adjust according to the specific situation to ensure the uniformity and efficiency of irrigation. After the use of the pump must pay attention to maintenance, for example, when the pump is used up to put the water in the pump clean, it is best to remove the water pipe and then rinse with water.
Detailed Photos
Diesel pump refers to the diesel engine as the power, the pump group through the elastic coupling driven by the diesel engine, with advanced and reasonable structure, high efficiency, good cavitation performance, low vibration, low noise, smooth operation, reliable and convenient installation and disassembly of diesel water supply equipment can be used in all kinds of enterprises production automatic/manual water supply system, It can also be used for fire water supply and special requirements.
The working principle of centrifugal pump: Centrifugal pump is the use of impeller rotation and the centrifugal force generated by water to work. Before starting the centrifugal pump, the pump must be filled with water in the pump shell and suction tube, and then start the motor, so that the pump shaft drives the impeller and water to do high-speed rotating movement, water under the action of centrifugal force, is thrown to the outer edge of the impeller, through the flow channel of the spiral pump shell into the pressure water pipe. At the center of the impeller of the pump, because the water is thrown out under the action of centrifugal force to form a vacuum, the water in the suction pool is pressed into the pump shell under the action of atmospheric pressure, the impeller through continuous rotation, so that the water under the action of the impeller continues to flow into and out, to achieve the purpose of conveying water.
The working principle of the centrifugal pump is that when the pump is full of water, the engine drives the impeller to rotate, thus producing centrifugal force, the water in the impeller channel under the action of centrifugal force is thrown into the pump shell, so the central pressure of the impeller is reduced, the pressure is lower than the pressure in the inlet pipe, and the water is under the action of the pressure difference by the suction pool into the impeller. So the pump can keep drawing water and keep supplying water. Main uses: agricultural drainage and irrigation, industrial drainage, engineering sewage, flood prevention and emergency, flood drainage and drought resistance, emergency fire fighting. With relief supplies, etc.
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