Underwater Stainless Steel Solenoid Valve for Music Spring Water Filter
This underwater brass solenoid valve is engineered for precise fluid control in aquatic environments, specifically designed for dancing music water fountain systems and other underwater applications.
Applications
Underwater Fluid Control
- Ideal for underwater irrigation systems, aquarium water flow management, and fountain applications
- Provides precise on/off control and flow rate adjustment to create optimal aquatic environments
Underwater Equipment Cooling
- Controls cooling water circulation for underwater motors and sensors
- Ensures equipment operates within safe temperature ranges and extends service life
Underwater Hydraulic Systems
- Manages hydraulic oil flow direction and pressure in underwater robotics and submersible equipment
- Enables precise control of mechanical components
Operating Principle
The valve operates using electromagnetic induction and core movement. When energized, the electromagnetic coil generates a magnetic field that lifts the valve core against spring pressure, opening the valve. When de-energized, the spring returns the core to its closed position, stopping fluid flow.
Key Functions
- On-Off Control: Provides rapid and precise water flow control for automated irrigation and system management
- Flow Regulation: Adjustable valve opening allows for precise flow rate control to create varying fountain effects and water patterns
- Remote Control: Compatible with modern control systems for wireless or cable-based remote operation, ideal for deep-sea exploration and automated systems
Technical Specifications
| Ambient Temperature |
-10℃ to 50℃ |
| Media Temperature |
0℃ to 60℃ |
| Working Pressure |
1MPa |
| Media |
Water |
| Body Material |
Brass/Stainless Steel |
| Power Supply |
Below 32: AC220V 15VA, DC24V 15W Φ40/50: AC220V 25VA, DC24V 25W |
| Voltage Fluctuation |
-10% to +10% |
| Insulation Grade |
B Class |
| Protection Class |
IP68 |
| Opening/Closing Speed |
1 Second |
| Service Life |
100,000 Cycles |
Installation Requirements
Media flow direction must align with arrow markings. Coil must be positioned vertically upward. Working media must be clean and free from particulate impurities.
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