Introduction to Music Fountain Company and Types of Nozzles for Music Fountains

The nozzle is an important component of the music fountain, determining the water spray posture. Its function is to use water with a certain pressure to create various expected and splendid water shapes through the nozzle design. Currently, a commonly used type of nozzle worldwide includes water jet nozzles, mist nozzles, annular nozzles, spray irrigation nozzles, fan-shaped nozzles, multi-porous structure nozzles, deformable nozzles, dandelion flower nozzles, suction nozzles, and combination nozzles.

Music Fountain Company: The water shape design plan for the music fountain provides a water drainage system.

1. The water shape of the music fountain is caused by various types of nozzles, differences in nozzles, and different angles of the water spray vehicle, among other factors. In terms of the composition of fountain water shapes, the basic elements are formed by different types of water flow from various nozzles, such as water flow, fire hoses, water levels, water curtains, collected water, mist, small bubbles, etc. The combination of water shapes can be achieved in many ways, including using parallel water flow and water levels, illumination, scattering, upward and downward spraying, as well as cross spraying, relative spraying, radial spraying, and rotating spraying. Water levels can also cross water curtains and collected water, mist can hide nozzles, and splashes can touch the river surface.

2. The control methods for the music fountain include controlling the flow rate of the fountain, the timing of the spray, and the transformation of the spray pattern, mainly in three ways.

(1) Switch valve control, which is a common and simple control method, involves installing a manual control valve on the fountain's water supply pipe to adjust the output pressure of each pipeline's wastewater, generating a fixed water spray.

(2) Relay control, generally using a timer controller to control the operation of centrifugal pumps, relays, colored lights, etc., according to the designed duration, to achieve automatic transformation of the water spray posture.

(3) Speaker control, voice-controlled fountains use sound to control the transformation of the fountain's water shape. The principle of voice-controlled fountains is to convert sound signals into electronic signals, which are amplified and processed to activate solenoid valves or electronic switches, controlling the opening and closing of solenoid valves in the waterway, thus regulating the flow of water from the nozzles. As the sound changes, people can see the size, height, and shape of the spray change, combining auditory and visual experiences, with the fountain's splashes dancing gracefully to the rhythm of the music.

3. The water supply method for the music fountain involves directly supplying drinking water and using a submersible pump for circulation, placing the submersible pump in a relatively hidden or bottom position in the spray pool to directly extract water to supply the spray pipe and nozzle, generally suitable for small to medium-sized fountains.

4. The pipeline layout for music fountains in large water landscape projects can be set in dedicated trenches or shared ditches. Generally, water landscape project pipelines can be directly laid in the reservoir. To maintain consistent pressure at each nozzle, circular or symmetrical pipelines should be used, minimizing resistance as much as possible. Each nozzle or group of nozzles should be equipped with a pressure-adjusting valve, and for high effective range nozzles, a longer parallel pipeline should be maintained in front of the nozzle or an electronic rectifier should be set.

The editor of the Music Fountain Company will not elaborate further, see you next time.