As the human-machine interface of industrial generators, touch screen can improve the convenience of operation, the level of intelligence and monitoring ability, and achieve more efficient, accurate and automated operation and management.
Advantages of the application of touch screen in industrial generators:
Intuitive operation and monitoring: Through the touch screen, the operator can intuitively monitor the generator's operating status, such as voltage, current, power, temperature and other key parameters. Compared with traditional control panels, touchscreens provide a more intuitive and easy-to-understand user interface.
Simplify the operation process: Through the touch screen, the operator can easily adjust the parameters of the generator, start and stop the generator, view the fault history, etc., which simplifies the operation process and improves the work efficiency.
The reason why touch screen needs to have anti-electromagnetic and waterproof performance in industrial generators:
Anti-electromagnetic: industrial generators produce strong electromagnetic fields during operation, which may interfere with the normal operation of the touch screen. If the touch screen does not have sufficient antimagnetic properties, misoperation, display abnormalities and other problems may occur. Therefore, choosing a touch screen with anti-electromagnetic properties can ensure its stability and reliability under electromagnetic interference.
Mechanical vibration and shock: Industrial equipment is usually in a state of continuous operation or frequent start/stop, which may lead to mechanical vibration and shock. These vibrations and shocks may cause damage or loosening to the structure and connections of the touch screen, affecting its stability and life. Therefore, the touch screen must be selected with stable performance that can resist shock and vibration.
Waterproof performance: Industrial generators are usually located outdoors or in humid environments, which means that the touch screen may be exposed to various weather conditions. If the touchscreen is not waterproof, moisture may seep inside the touchscreen, causing it to be damaged or fail. Therefore, choosing a touchscreen with waterproof performance can ensure its stability and durability in harsh environments.
High and low temperatures: Industrial environments may face extreme high or low temperature conditions. Touchscreens should be able to operate over a wide temperature range, i.e. be able to adapt to extreme temperature conditions from low to high temperatures. This requires that the electronic components and materials inside the touchscreen are able to withstand temperature changes and maintain stable performance.
