The safety factors in the design of musical fountains are very important.

In the design of the musical fountain project, in addition to meeting its functional requirements, the building design should also meet requirements for fire prevention, waterproofing, freeze protection, corrosion resistance, drainage, sound insulation, and personnel evacuation.Musical fountain designRequirements for installation, operation, and maintenance of the system.

In the design of the musical fountain, the location, orientation, volume, and spatial environment of the building should be coordinated with the functions of the water feature fountain. The main structure or structural components of the building should be able to bear the loads of the water feature fountain system and have stability. The vibrations generated by equipment such as water pumps during operation should not affect the operation of precision light sources like lasers.

The embedded parts on the beams, slabs, and columns of the building should preferably be embedded during the construction of the main structure, or can be fixed with expansion bolts, and the position of the embedded parts should be accurate. The reserved holes, trenches, grooves, and embedded pipes, waterproof sleeves, and electrical sleeves on the indoor floor and walls should comply with design and current national standards. The lighting, ventilation, and doors and windows of buildings such as machine rooms and distribution rooms should meet current national standards. The underground machine room should be equipped with air intake and exhaust devices.

All pipes passing through the pool walls and pool bottoms in the musical fountain design should be equipped with water rings or waterproof pipe sleeves. The settlement joints and expansion joints of the pool should be set up using reinforced concrete structures, and the longitudinal and transverse reinforcement of the structure should be welded into a mesh and led out of the structural layer with flat steel, serving as the grounding electrode for electrical equipment. The spacing of the led-out flat steel should not exceed 10, and for existing pools, measures should be taken to ensure proper grounding of electrical equipment.

The maintenance passage for water-based buildings in the musical fountain design should comply with the following provisions:

1. The elevation of the passage floor should be determined based on factors such as the size of the landscape water body and wind waves. When there is no data, it should be designed according to a water level elevation not less than that of the water body at the location of the passage.

2. The width of the passage should not be less than 0.8m, and when equipment is being transported, its width should meet the requirements for equipment transportation.

3. There should be pedestrian railings on both sides of the passage in the musical fountain design. The materials, spacing, height, and color of the railings should comply with design and current national standards. The passage should have warning signs to prevent tourists from climbing.

The safety measures for the musical fountain design should comply with the following provisions:

　　1.Musical fountain designWhen the water depth is not greater than 0.5m, protective measures such as pool walls, steps, railings, and warning lines should be set around the pool.

2. When the water depth of the musical fountain design is greater than 0.7m, the edges of the pool should preferably have buffer steps.

3. The ground of dry fountains and water fountains, as well as the parts of the pool where children can wade, should have anti-slip measures.

5. In natural lakes, rivers, etc., safety measures such as warning lines and safety warning signs should be set up for the musical fountain design.