✦Description of Truss Sprinkler

The main components of the truss sprinkler include the frame, water supply pipe, turntable, spray gun and drive system. The frame is equipped with walking wheels for easy movement and positioning; the water supply pipe connects the turntable and the spray gun to ensure smooth transmission of water flow; the water supply hose is wound on the turntable, and the drive system controls the retraction and release of the hose and the movement of the spray gun to achieve irrigation operations. The truss sprinkler can not only be used for field operations, but also replace the single nozzle for spraying economic crops. Its main features are low pressure, water saving, energy saving, high sprinkler effect, good atomization performance, and little impact from wind and other environmental factors. The 26-60m truss is equipped with a large sprinkler, with a controllable width of 34-60 meters, and the extended truss can reach 80m. It is equipped with multiple semi-circular refraction nozzles and multiple PZ full-circle refraction nozzles, and 7 different nozzles can be installed according to the crops to be sprayed. The 12m truss is equipped with a light sprinkler that can control a range of 20m. Low pressure and energy saving, high irrigation atomization, uniform irrigation and unaffected by wind, soil is not easy to compact after irrigation, installation and disassembly are simple and convenient.

✦Advantages of Truss Sprinkler

1. Even irrigation is conducive to improving the yield and quality of farmland crops, and the amount of water can be adjusted according to the size of the farmland to achieve on-demand distribution. 2. Save water resources. Compared with traditional irrigation methods, the reel sprinkler can significantly reduce the use of water. 3. Widely used, suitable for various crops and uneven land, reducing irrigation costs. 4. Easy to operate and manage, can reduce labor intensity and improve work efficiency. 5. High tensile strength, the unique structure of the truss enables it to effectively withstand tension, making it suitable for large-span and high-load building applications. 6. Lightweight design, the truss uses the principle of spatial structure to reduce the overall deadweight and improve material utilization efficiency. 7. High space utilization, the truss grid form can maximize and utilize space to provide an open and bright space experience for the building. 8. Flexibility advantage: the truss type has high flexibility and can better resist earthquakes and other external forces, thus improving the seismic performance of the structure. [contact-form-7 id=”544″ title=”Contact Us”]