Fountain Equipment and Its Functions

What we usually see is a myriad of changes, stunning and beautiful.FountainIsn't it hard to resist the curiosity—how do these fountains gradually transform from ideas into reality? The process from idea to reality is like a transformation from quantitative change to qualitative change, requiring step-by-step design and implementation.

To create a fountain, the first step is to survey and test the terrain, geology, and hydrology; then, a professional design plan is created, tailored to provide customers with unique and innovative fountain water show solutions; after confirming the plan, the necessary fountain equipment is manufactured; next, the project timeline is established, construction is carried out, and finally, it transforms into a beautiful and interesting fountain.

So,Fountainwhat equipment is needed in the production process? Let's briefly introduce a few commonly used fountain devices for understanding.

1. LED Underwater Light

High-brightness LED underwater lights use a constant pressure and constant current power supply, with two types of shells: stainless steel and plastic. The stainless steel underwater light operates at 24V to ensure safety, while the plastic LED underwater light can operate at either 24V or 220V, allowing users to choose. When connecting, please use waterproof junction boxes or waterproof self-adhesive tape for proper waterproof connections.

 
2. Versatile Nozzle

The versatile nozzle overcomes the shortcomings of traditional nozzles with fixed water shapes, using a combination of variable speed and sound control frequency. The height of the water shape and the width of the fountain spray vary rhythmically, expanding and contracting around, resembling a graceful water nymph dancing, fresh and wonderful, adding visual and auditory enjoyment for the audience.

3. Wave Light Nozzle

The wave light fountain is a high-tech water landscape art, where water flows through specially designed nozzles, forming water columns that spray along a set trajectory. Typically, a strong light source is also set inside the wave light fountain nozzle, with light bending into a parabolic beam through the total internal reflection effect of the water column. The length of the water segments and the speed of the water can be designed and adjusted according to the customer's actual needs, jumping freely under the control of the controller.

4. Solenoid Valve

A solenoid valve is an automated basic component used to control fluids, belonging to actuators, and is not limited to hydraulic or pneumatic systems. Different solenoid valves play roles in different positions within the control system, with the most common being check valves, safety valves, directional control valves, and speed control valves.

When selecting a fountain solenoid valve, the first principles to follow are safety, reliability, applicability, and economy, followed by choosing based on six aspects of the on-site working conditions (i.e., pipeline parameters, fluid parameters, pressure parameters, electrical parameters, action methods, and special requirements).