What are the common faults of atomizing micro sprinkler

As an important means of modern agricultural irrigation, atomization micro-sprinkler irrigation technology is widely used to improve crop growth efficiency and water resource utilization. However, in actual use, users may encounter a variety of faults that affect the irrigation effect and the normal operation of the equipment.
Weakened spray effect or no water at all is one of the most common faults in atomization micro-sprinkler irrigation systems. This problem usually stems from nozzle blockage, which may cause poor circulation due to the deposition of impurities, minerals or pesticide residues in the water. After long-term use, these deposits will form blockages at the nozzles, significantly reducing the water flow, thereby affecting the spray effect. To solve this problem, it is recommended that users clean the nozzles regularly and flush them with high-pressure water or special cleaning agents to ensure that the nozzles are unobstructed. In addition, during the installation and use of the equipment, it is crucial to select a filter that meets the water quality requirements, which can effectively reduce the possibility of impurities entering the nozzles, thereby reducing the risk of blockage.

Another common fault is poor atomization, which is manifested as excessively large droplets. This situation is usually caused by wear, aging or improper selection of the nozzle. The nozzle is the core component of the atomization micro-sprinkler irrigation system, and its degree of wear directly affects the uniformity and fineness of the spray. As the use time increases, the wear of the inner wall of the nozzle will cause the spray droplet size to increase, thereby reducing the atomization effect. Therefore, users should regularly check the wear of the nozzle and replace the severely worn nozzle in time. At the same time, the reasonable selection of nozzle models to ensure that its flow rate matches the actual needs will help improve the atomization effect.

Unstable water pressure is another issue that needs attention in the atomization micro-sprinkler irrigation system. The instability of water pressure not only affects the uniformity of the spray, but also directly affects the coverage of irrigation, resulting in unsatisfactory irrigation results. The causes of unstable water pressure may include insufficient water source pressure, pipeline leakage or valve failure. To solve this problem, users should first check whether the water source pressure meets the requirements of the equipment. If the water source pressure is insufficient, measures should be taken to increase the water source pressure. At the same time, it is also necessary to check the pipes and valves to ensure that there are no leaks or failures, and repair or replace damaged parts in time if necessary to ensure the tightness and stability of the pipeline system.