Real-time monitoring content and methods
The Water purifier control panel plays a key role in real-time monitoring of the purification process. It can monitor the quality of incoming water, sense impurity content, pH, hardness and other parameters in the water through sensors, and display these data on the control panel. For example, a conductivity sensor is used to monitor the amount of dissolved solids in water to determine the general condition of the water quality. At the same time, all aspects of the purification process are also monitored. In the filter element part, the working status of the filter element can be monitored in real time, including the degree of blockage of the filter element. Using a pressure difference sensor, when the pressure difference on both sides of the filter element reaches a certain threshold, it will prompt that the filter element needs to be replaced or cleaned. In addition, real-time measurements of water flow speed, water temperature, etc. will be performed to ensure that the entire purification process is carried out under appropriate conditions.
The embodiment of regulation and control in the filter element
In the filter element link, the control panel plays a significant role in regulation. When it is monitored that the filter element is close to saturation or clogged, the control panel will activate the corresponding reminder mechanism, such as displaying the remaining life of the filter element on the display or sending out a warning light signal. For some filter element systems that can be automatically flushed, the control panel can automatically control the flushing process according to the preset time or water quality changes to ensure the filtration efficiency of the filter element. Moreover, for different types of filter elements (such as activated carbon filter elements, RO reverse osmosis filter elements, etc.), the control panel can adjust the working order and duration of different filter elements in the purification process according to the incoming water quality and user needs, so that each filter element can exert its best performance .
Regulation of water flow and water quality regulation
The control panel can control the water flow to optimize the purification process. According to the purification mode selected by the user (such as fast filtration mode, deep purification mode), the speed of the water pump is adjusted to change the water flow speed. In the fast filtration mode, the water flow speed is appropriately increased to meet the user's demand for water; in the deep purification mode, the water flow speed is reduced so that the water has more time to be purified in the filter element. At the same time, based on the real-time water quality monitoring results, the control panel can automatically adjust the chemical treatment links in the purification process (if any), such as adding an appropriate amount of disinfectant or adjusting the pH, to ensure that the final effluent quality meets the set standards.
The role of ensuring the stable operation of the purification system
Through real-time monitoring and regulation, the control panel ensures the stable operation of the purification system. It can promptly detect abnormalities in the purification process, such as water pump failure, sensor failure, etc. Once a problem occurs, the control panel will not only display a fault message, but also take emergency measures to a certain extent, such as suspending the purification process to avoid deterioration of water quality or damage to equipment caused by the fault. Moreover, long-term monitoring data can provide a basis for equipment maintenance and upgrades. By analyzing the data, we can optimize the parameter settings of the purification process, extend the service life of the equipment, and improve the reliability and stability of the entire water purifier.
