Application of touch screen in industrial humidifier equipment
Touch screen can be integrated into the control panel of the industrial humidifier, through an intuitive graphical interface to display the working status of the device, set parameters, control humidification and other operations. Users only need to touch the corresponding icons or buttons on the screen, you can achieve the control of the equipment, without the need for complex key or knob operation. This application not only improves the ease of operation of the equipment, but also enhances the level of intelligence of the equipment.
Advantages of touch screen application
Improve the ease of operation: touch screen operation is simple and intuitive, the user does not need to read the cumbersome manual can quickly get started, greatly improving the ease of operation.
Enhance the level of equipment intelligence: through the touch screen, you can achieve automated control of equipment and intelligent management, such as timer on and off, automatic humidity adjustment, etc., to improve the efficiency of the use of equipment and management level.
Improve the reliability of the equipment: touch screen using advanced touch technology, with fast response time, stable operation and other characteristics, improve the reliability and stability of the equipment.
Touch screen needs to have the anti-electromagnetic and water resistance
Anti-electromagnetic: industrial humidifier equipment is usually in a more complex electromagnetic environment in the work scene, such as factories, workshops and so on. Therefore, the touch screen needs to have a better anti-electromagnetic interference capabilities to ensure that the electromagnetic interference in a large environment can still work properly. The improvement of anti-electromagnetic can be achieved by optimising the circuit design of the touch screen, using shielding measures and other methods.
Waterproof: Industrial humidifiers are often used in a variety of production environments where there may be water mist, water droplets or high humidity. In such environments, touchscreens may be exposed to water vapour or droplets, and therefore must be waterproof to ensure proper functioning and long service life. Capacitive touchscreens rely on capacitance changes to detect touch operations. If there are water droplets or water mist on the surface of the touchscreen, they may change the capacitance value, leading to misoperation or touch insensitivity. The waterproof design ensures that the touch screen maintains a stable capacitance value in wet environments, thus ensuring accurate touch operations.
