Selection methods and skills of electric spray

For most consumers, spray equipment is the first time to contact, and the understanding of all aspects is not enough. What should be paid attention to when purchasing?

First of all, consumers should understand that the core technology of spray equipment is the nozzle. There are landscape level nozzles and industrial level nozzles in foreign countries. The fog forming effect is different, and the price varies greatly. Users should choose according to their own needs. The main basis for dividing landscape grade nozzles and industrial grade nozzles is the size of the nozzle diameter. Here is a simple method for detecting diameter level: measure how much water a nozzle consumes per hour. Generally speaking, landscape grade nozzles consume about 5-6 liters of water, while industrial grade nozzles consume about 10-12 liters of water. The pressure resistance and wear resistance of nozzles made of different materials also vary. Currently, commonly used materials include plastic, copper alloy, stainless steel, ceramics, etc. Stainless steel has strong pressure resistance, while landscape grade nozzles are mostly made of stainless steel. In addition, high-quality nozzles are equipped with secondary atomizing needles.

Secondly, the electric spray has high requirements for water quality, and the water treatment device is a detail that cannot be ignored. Water sources contain impurities and even harmful substances to varying degrees. If not handled properly, it not only affects the normal operation of equipment but also poses a threat to human health. Therefore, the availability of supporting high-quality water treatment equipment should also be an important indicator for the selection of spray equipment.

Then, it is necessary to check the degree of automation of the control device. The control device can not only achieve automatic switching of system startup, automatic combination of fog shapes, and other functions under pre-set program command, but also monitor the status of equipment put into operation. The computer automatically controls the process of starting and stopping, and alarms according to equipment fault signals, automatically eliminating faults and reducing manual operation and maintenance.