Music Fountain Company: How is the rhythm of music fountain engineering projects controlled?

Music Fountain Company: How is the rhythm of music fountain engineering projects controlled?

Nowadays, music fountain engineering projects have become a common landscape water feature in large cities. People can see music fountains in squares, which belong to the category of human-made rockery landscapes. With a dynamic sense of rhythm, the fountain sprays out various water shapes through the nozzles. Controlling the rhythm of the music fountain is a crucial challenge for interior designers of music fountains.

Music fountains are generally accompanied by colorful lights and water shapes that change with the rhythm of the music, providing a visual experience. The dynamic nature of water allows people to feel the beauty of nature in a refreshing way, making the rhythm of the music fountain essential. The music rhythm changes at any time, sometimes fast and sometimes slow, and the performance of the water flow and the lighting effects also need to be unified. Only in this way can one appreciate the unique charm of the music fountain in a unified rhythm and experience more dynamic beauty.

In fact, the reason why the water flow of the fountain can change the lighting effects is due to the shaking equipment. The shaking equipment uses PLC programming. The changes in the position and direction speed of the shaking equipment are the main reasons for the transformation of the water shapes. The shaking mechanism of the fountain should be controlled by sensors with special functionalities, and the sensors should have waterproof capabilities to achieve precise positioning without contact.

Common sensors include Compton effect sensors, Hall effect sensors, and others, but the working principles of these sensors are the same. To achieve changes in the fountain's water shapes, precise positioning is required, and the shaking equipment must move from one direction to the position, which can effectively ensure the accuracy of the speed. Therefore, this point needs to be considered in the design.

Music Fountain Company: What issues should be considered when selecting pumps for music fountain engineering projects?

The specified pump's flow rate and lift should be consistent with the fountain equipment's flow design and water inlet pressure. When the working conditions change, the pump should operate efficiently without cavitation that could overload the engine. The size and number of centrifugal pumps are interrelated. A larger pump means higher efficiency, fewer units, and corresponding reductions in equipment, civil engineering, and management costs.

However, the number cannot be too small; otherwise, if one pump fails, it will affect the entire system. Generally, 2 to 4 units are suitable. If the system's flow design is relatively low, only one pump can be set, but it must be equipped with a satisfactory number of spare parts. Irrigation pump stations generally do not use pumps.

If several types of pumps can meet the flow design requirements of the fountain equipment, the one with high efficiency, low power output, and ease of operation and maintenance should be selected to minimize the total investment in the fountain system. For the same fountain equipment installation, it is advisable to use the same type of pump, which facilitates management and parts replacement, and supports automation and automatic line control, making the pump room layout simple.

It is advisable to choose pumps with high cavitation performance, as this greatly impacts simplifying the pump room layout, reducing pump room investment, and ensuring the safe operation of the generator set. Taking centrifugal pumps as an example, if a centrifugal pump is selected with a high allowable suction height, and the water level changes are small, a simple pump room made of brick and wood can be used; conversely, a more complex dry chamber pump room made of concrete and diamond mixed layout should be adopted.

Music Fountain Company: If you need to customize a fountain, remember to consult our company.