Control Cabinet: Utilizes a fountain distribution system, well-suited for the features of water feature operation. Depending on the number of control cabinets, distribution power, and load characteristics, the distribution panel can provide separate power circuits for each cabinet. The entire water feature control system employs GGD standard low-voltage cabinet bodies, of excellent quality and certified by the national electromechanical professional certification. The main components are all imported products. Years of usage have shown that it not only meets national standards but is also meticulously crafted, featuring overvoltage, undervoltage, and phase-loss protection, ensuring safety and reliability. Inverter: Reacts in real-time to control signals, synchronizing the pump speed with music, thereby allowing the water jets to rise and fall with the music's pitch and rhythm, achieving a unique artistic effect of musical fountains. This control method has high sensitivity, excellent control performance, long service life, and safe, reliable operation. The inverters we choose are high-performance products produced with advanced technology, ensuring satisfaction for a wide range of customers. Audio Controller: The success of a musical fountain largely depends on whether the water jets have a musical feel. The main function of the PLC programmable controller is to process music signals and then transmit the processed signals to the next level of control equipment, allowing for the control of water shapes and lighting according to the music's rhythm and dynamic changes, truly achieving the artistic effect of water ballet. The PLC programmable controller's accuracy, precision, speed, stability, and multi-point control functionality have made it an indispensable device in modern high-tech musical fountain projects. Fountain Controller: The new concept XHPQ—combined fountain controller's main unit can control 24 loads and can be expanded via bus (expandable modules are available in 32-point, 16-point, and 8-point configurations) to accommodate users' design requirements for the fountain system. The fountain program control system builds an operational platform, making the product very powerful yet easy to operate. Before downloading the programming software to the controller, users can demonstrate the program effects on a computer to enhance programming efficiency and accuracy. Users can also program new tracks at any time to keep the fountain fresh. Additionally, an output board controls solenoid valves, effectively reducing interference to the system and power grid. Users without programming software can set programs using the controller's built-in programming keyboard, just as with the program function list, receiving excellent feedback from users in practical applications.