In today’s world, efficiency and automation are key factors in managing water flow across residential, commercial, and industrial applications. One essential component that makes this possible is the tap solenoid valve. Designed to provide reliable control over the opening and closing of water taps, this compact device has become indispensable in plumbing systems, vending machines, irrigation setups, and many automated water dispensers.
A tap solenoid valve operates using an electromagnetic coil that responds to an electrical signal. When the coil is energized, the valve opens, allowing water to flow through. Once the signal stops, the valve closes instantly. This simple yet highly effective mechanism not only ensures precise water control but also prevents unnecessary wastage. Compared to traditional manual taps, solenoid valves provide better hygiene and convenience since users do not need to touch the faucet directly.
The versatility of a tap solenoid valve makes it popular in various industries. In commercial kitchens, it helps regulate water supply for cleaning equipment. In public restrooms, automatic faucets with solenoid valves improve sanitation and reduce consumption. Even in agriculture, these valves play a role in irrigation systems where accurate water distribution is critical.
When choosing a tap solenoid valve, factors such as material quality, voltage requirements, flow rate, and durability should be considered. High-quality valves are typically made from brass, stainless steel, or engineering plastics, ensuring long-term performance under different water conditions.
In conclusion, the tap solenoid valve represents a small yet powerful innovation in water management. By combining automation, durability, and precision, it continues to enhance the way we use and conserve water in both everyday life and large-scale applications.
Instruction
| Rated voltage | DC6V | DC12V | DC24V |
| Coil resistance | 16Ω土0.5Ω(20°C) | 36Ω土2Ω(20°C) | 130Ω+5Ω(20C) |
| Min Current | 250mA | 300mA | 166mA |
| Switch mode | DC pulse(latching type) | AC and DC continnuous ( normal closed type) | |
| Pulse width | ≥30ms | ||
| Operating pressure | 0.02Mpa-0.8Mpa(2.9psi-116psi) | ||
| Media temperature | 1℃-75℃ | ||
| Responding time | open≤0.15s close≤0.5s | ||