How is the music fountain controlled by a frequency converter？
With the development of technology, people have higher requirements for the artistic and comfortable living environment. Music fountains achieve a high degree of fit between sound and water patterns through precise control of frequency converters, creating dynamic visual and auditory experiences that help alleviate the pressure of modern life.
-How is the magnificent fountain design achieved?
The music signal is converted into an electrical signal and input to the frequency converter, which then converts the electrical signal into a motor drive signal to keep the water pump speed synchronized with the music rhythm. The music rhythm is adjusted by changing the power supply frequency of the AC motor through a frequency converter, thereby adjusting the speed of the motor and controlling the flow rate of the water pump. The higher the rotational speed, the greater the water pressure, and the higher the water column of the fountain; Conversely, it decreases. The speed of the water pump is synchronized with the rhythm of the music. Realize the perfect combination of visual and auditory senses
-Frequency converters can better achieve the following goals in music fountain systems
① Improving energy efficiency: By adjusting the operating frequency of the motor, the frequency converter can accurately control the water flow according to actual needs, avoiding energy waste under traditional fixed speed.
② Dynamic response: The music fountain needs to respond quickly to the rhythm of the music, and the frequency converter can adjust the water pump speed in real time to ensure smooth performance of the fountain.
③ Intelligent control: A frequency converter that integrates microelectronics technology and professional control technology makes the control of music fountains more precise and intelligent.
-What should be noted when using a frequency converter to control a music fountain?
The correct connection of the frequency converter is crucial, including power connections, signal transmission lines, etc., to ensure the stable operation of the system. The capacity selection needs to consider factors such as the scale of the music fountain and the power of the water pump to ensure that the system can meet the landscape effect without causing overload.
-How to choose a frequency converter that can control a music fountain?
When choosing a frequency converter, it is necessary to comprehensively consider the peak flow demand of the fountain and the rated output of the frequency converter to ensure that the system can work smoothly under various music rhythms.
In this project, a total of 64pcs TETRANCA T510 series frequency converters were used, including two models: 4T3.0G and 4T4.0G. In addition, the manual of TETRANCA frequency converter also introduces the terminal settings and installation and debugging precautions of the frequency converter, which directly affect whether the frequency converter can fully exert its performance. The correct terminal configuration and detailed installation steps are the foundation for ensuring the normal operation of the music fountain system. The application of T510 frequency converter in the music fountain system is a perfect integration of modern technology and art. Through precise control technology, it endows the music fountain with infinite dynamic charm, enhances the artistic atmosphere of the city, and brings people pleasant visual and auditory enjoyment.
