In the field of industrial production and environmental protection, as an important spraying equipment, the selection and application of parameters of remote fog ejector have a crucial impact on the performance and effect of the equipment. This article will introduce and analyze the parameters of the remote fog ejector in detail to help readers better understand and use this equipment.
1. Fog shooting distance.
Spray distance is one of the most important parameters of a remote sprayer, which determines the range and effect of spray coverage. The spray distance usually refers to the maximum distance that the fog droplets ejected by the sprayer can reach in the horizontal direction. The size of the spray distance depends on a number of factors, including the design of the sprayer, the type of nozzle, the working pressure, the angle of the spray, and the particle size of the droplets. Generally speaking, the farther the spray distance, the greater the coverage of the device, but at the same time, the uniformity of the spray and the penetration ability of the droplets need to be considered.
Second, the spray angle.
The spray angle is the atomization angle of the remote fog ejector nozzle, which determines the range of spray coverage. The size of the spray angle also depends on a number of factors, including the type of nozzle, the operating pressure, and the particle size of the droplet. In general, the larger the spray angle, the wider the coverage of the device, but at the same time, the uniformity of the spray and the penetration ability of the droplets need to be considered. In practical applications, the appropriate spray angle should be selected according to the size of the area covered and the requirements of the spray effect.
3. Work pressure.
The operating pressure is the driving force of atomization generated by the remote fog ejector nozzle**, which determines the particle size and penetration capacity of the spray. The higher the operating pressure, the smaller the particle size of the droplets, the stronger the penetrating ability, but at the same time, it can also increase the energy consumption and maintenance costs of the equipment. In practical applications, the appropriate working pressure should be selected according to the size of the droplets, the penetration capacity of the spray and the energy consumption and maintenance cost of the equipment.
Fourth, the nozzle type.
There are various types of nozzles for remote fog ejectors, and different types have different performance characteristics and application scenarios. Common nozzle types include solid nozzles, hollow nozzles, fan-shaped nozzles, etc. Solid nozzles are suitable for smaller sprays, hollow nozzles are suitable for larger sprays, and fan-shaped nozzles are suitable for applications where greater coverage is required. In practical applications, the appropriate nozzle type should be selected according to the requirements of the scene and effect of the spray.
5. Explosion-proof performance.
When used in some industrial sites, remote fog ejectors need to be explosion-proof to ensure the safety of equipment and personnel. Explosion-proof performance depends mainly on the structure and material of the equipment, as well as whether the spray used is flammable and explosive. When choosing a remote fog ejector, you should pay attention to whether it has an explosion-proof certificate and explosion-proof mark, and understand the specific parameters and requirements of its explosion-proof performance.
6. Equipment weight.
The weight of the remote fog ejector is also an important parameter to consider. Equipment that is too heavy can be more difficult to handle and install, while equipment that is too heavy can affect its stability and safety. In practical applications, the appropriate weight range should be selected according to the purpose of the equipment and the environment in which it is used.
In summary, the parameters of a remote fog ejector include fog shooting distance, spray angle, working pressure, nozzle type, explosion-proof performance, and equipment weight, etc. When selecting and using a remote fog ejector, the requirements of these parameters should be considered comprehensively to ensure that the performance and effectiveness of the equipment meet the actual needs. At the same time, it is also necessary to pay attention to factors such as energy consumption and maintenance costs of equipment to reduce the cost of use and improve economic benefits.