Product Description
Suitable for landscaping, agricultural irrigation and other scenarios, 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.
The use of mechanical and power equipment, so that water through the nozzle (or nozzle) into the air, in the state of raindrops on the field irrigation method. Sprinkler irrigation equipment is composed of water inlet pipe, pump, water delivery pipe, distribution pipe and nozzle (or nozzle), which can be fixed, semi-fixed or mobile. It has the advantages of saving water, not destroying soil structure, regulating ground climate and not being restricted by terrain.
It is an irrigation method that sprays water with a certain pressure into the air and scatters it into small drops or forms mist to fall on plants and the ground with the help of pumps and pipeline systems or the use of natural water sources.
Water saving: Because sprinkler irrigation can control the amount and uniformity of water spray, avoid surface runoff and deep leakage losses, the utilization rate of water is greatly improved, generally saving 30% to 50% of water than flood irrigation, water saving also means saving power and reducing irrigation costs.
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