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This is a wall-mounted, integrated, high-volume intelligent deodorizing device. It operates fully automatically, requiring no personnel supervision. The inlet can be directly connected to a tap water pipe for automatic water filling. It automatically dispenses the solution and atomizes.
Equipped with a water shortage protection device that automatically detects and alarms when water or deodorizing solution is low.
Features a water temperature monitoring function for the atomizing chamber.
Zero-interference operation,we adopting the most advanced technology in the industry, it is truly realized non-interfering human-machine coexistence with safety and efficiency.
During atomization, there is no mechanical vibration, noise interference, or pollution.
Boasts high atomization efficiency, low failure rate, and low energy consumption.
Expandable Capabilities & Control
An expandable environmental monitoring component can be added to monitor the ambient air quality in real time, displaying ammonia, hydrogen sulfide, and odor levels.
A linkage function can be implemented; if the odor index exceeds a set value, an enhanced atomization mode will automatically activate.
An expandable 4G wireless transmission module allows for remote network monitoring and control of the device.
The controller uses an integrated intelligent control module with waterproof membrane buttons, an LED backlit LCD screen, and an automatic screen lock function. The working time setting function works by utilizing a high-frequency piezoelectric transducer to generate cavitation in the deodorizing solution medium.
Operating Principle & Air Purification
When cavitation bubbles collapse, in addition to generating heat and light radiation, the remaining portion atomizes the liquid into mist particles with a diameter of 1-5 micrometers in the form of micro-shock waves. Through an internal pneumatic device, these mist particles are diffused into the air by airflow, thereby adsorbing, reacting with, and decomposing odor-causing gases in the air, achieving the effect of odor removal. Simultaneously, a large number of negative ions are generated and released into the air. The coagulation effect of these negative ions adsorbs dust particles in the air, achieving the purpose of air purification.