15mm Solenoid valve is a device used to control the flow of fluids, with a port size of 15 millimeters. It typically consists of components such as an electromagnetic coil, a valve core, and a valve body. By applying an electric current to the electromagnetic coil, a magnetic field is generated to drive the movement of the valve core, thereby enabling the opening and closing of the fluid passage.
Specification Of 15mm solenoid valve :
Working Pressure:
Off load 50/sec
Valve function:
5/2
Medium:
Air
1.5-7bar
Voltage:
DC 24V
Protection Insulation class
H
Protection Class
IP65
Power:
1.2W
Maximum Operating Frequency
Power Connector Style:
L style
Working Temp:
-10℃~+50℃
Working Life:
>30 million
Product Feature:
1-Precise Control: Capable of accurately regulating and controlling fluid flow through the 15mm port, meeting specific process requirements.
2-Fast Response: Quickly actuates upon receiving an electrical signal, enabling rapid opening and closing.
3-High Reliability: Simple structure with minimal risk of failure, ensuring stable operation even in harsh working environments.
4-Low Energy Consumption: Consumes energy only when energized, with virtually no energy consumption when not in use.
5-Excellent Sealing Performance: Effectively prevents fluid leakage, ensuring system stability and safety.
Product Applications:
1-Industrial Production:15mm solenoid valve used in industries such as chemical, pharmaceutical, and food processing to control the transportation and distribution of various liquids and gases.
2-HVAC Systems: 15mm solenoid valve regulates the flow of refrigerant or water in 15mm pipelines to achieve temperature and pressure control.
3-Water Treatment Systems: 15mm solenoid valve controls water flow in 15mm pipelines for filtration, purification, and discharge processes.
4-Agricultural Irrigation: 15mm solenoid valve precisely manages water flow in 15mm pipelines within irrigation systems, improving efficiency and conserving water resources.
5-Automotive Industry: 15mm solenoid valve applied in systems such as braking and fuel supply to control the flow of relevant fluids.