The wind-assisted fogging sprayer utilizes natural wind to propel the mist further, ensuring even coverage on both sides of the crop leaves for enhanced effectiveness. It saves labor and time, reducing costs, while maintaining the same liquid concentration ratio and operation time.
Due to harnessing the power of wind and scientific, reasonable flow parameters, the mist droplets emitted are even and can be self-adjusted according to the actual conditions, thus saving about 30% of water compared to conventional sprayer machines.
Since the secondary weathering of the mist droplets relies primarily on wind action, the pressure requirements on the pump are relatively low. Generally, the pump pressure is around 1.2, with standard spraying pressures exceeding 3. Therefore, there's no need to worry about the pump's lifespan being a critical weakness.
The wind-powered spraying machine has dual power sources, with minimal difference from the operation of regular agricultural machinery. Follow the instructions or guidance from staff to quickly become proficient in its use. Remember not to open the outlet valve while the pump is running to prevent bursting the water pipes. Also, be attentive to warning signs on critical parts to prevent dangerous situations.
The internal structure and scientific parameters require in-depth study by technicians, calculated based on actual operational requirements.
Due to the high-speed rotation of the fan blades, any foreign objects that enter can cause pieces to fly out, leading to potential accidents such as injury and damage to components. Our company uses Danish-imported material for the fan blades. In addition to being lighter in weight, these blades will shatter upon encountering foreign objects during operation, preventing any harm to personnel or components.
The self-propelled sprayer typically operates without errors under normal use. However, after a period of operation, it may exhibit issues with proper spraying. What could be the cause of this phenomenon? As manufacturers in this field, we're here today to explain the reasons behind it. Let's take a look together.
The manufacturer of self-propelled sprayers informs us that first, severe wear on the liquid pump valve, foreign objects caught in the middle, or a damaged spring can cause the valve and seat to not close tightly.
Next, with high impurities in the water source and the failure to clean the filter mesh in a timely manner, the filter surface becomes clogged, reducing or completely stopping water flow. At this point, you might notice the suction pipe being pinched.
Moreover, if there is a foreign object in the pressure-regulating valve or if the valve stem is experiencing increased friction due to a lack of lubricating oil, the valve may fail to reset. This could lead to a large amount of medication flowing back into the self-propelled sprayer's reservoir, thereby reducing the pressure.
Fourth, for liquid pumps with air chambers, if the pressure inside the air chamber is too low or too high, it fails to absorb the pulsation of the medication. At this point, you may observe the liquid pump's outlet pipe剧烈shaking. The suction pipe may leak due to erosion or aging, or it may intake foreign objects. Oil consumption or loss inside the pump can also reduce pressure.
