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1.Suitable for controlling the liquid, gas, light oil (≤ 20CST) and other media, the use of the structure of direct-acting, zeropressure to open the valve, flow rate, and high reliability.
2.Bodymade of brass (forging), the series has a variety of types, you cancontrol needs.
A magnetic valve is usually made up of several main parts:
Solenoid coil: When current flows through the coil, a magnetic field is generated.
Iron core: Under the action of the magnetic field, the iron core is attracted or released, thereby changing the state of the valve.
Valve body: The internal channel where the fluid passes.
Seal: Ensures that there is no leakage when the valve is in the closed state.
When current passes through the electromagnetic coil, the iron core is attracted, pushing the valve disc to move, thereby opening or closing the channel to achieve fluid control.
1. Simple working principle:
The solenoid valve generates a magnetic field by activating the electromagnetic coil through electric current, driving the valve ring to open or close. The structure is simple and easy to understand.
2. Fast response speed:
The switching speed is usually in milliseconds, which is suitable for fluid control systems that require fast response.
3. Small size and light weight:
Compared with traditional mechanical valves, solenoid valves are small in size and easy to install in environments with limited space.
4. Multiple types and specifications:
According to needs, solenoid valves have multiple configurations (such as 2/2 channels, 3/2 channels, etc.) suitable for different fluid control scenarios.
5. Easy to automate control:
It can be easily integrated with automation equipment such as PLC (programmable logic controller) to achieve automated fluid management.
6. Adjustability:
Some solenoid valves have adjustment functions, which can finely adjust the flow and pressure to meet the requirements of different working conditions.
According to different designs and uses, solenoid valves can be divided into many types:
2/2 channel solenoid valve: has two interfaces and two states, suitable for simple switch control.
3/2 channel solenoid valve: suitable for controlling the switching of gas flow, with three interfaces.
Multi-channel solenoid valve: used for complex fluid control, suitable for systems that need to switch multiple fluid channels.
Regulating solenoid valve: can adjust flow and pressure.
1. High efficiency
The working frequency is high, and it can be opened and closed in a short time, which is suitable for high-efficiency production and control environment.
2. Save labor costs
Since the solenoid valve can realize automatic control, it reduces manual operation and improves the overall working efficiency.
3. Safe and reliable
The solenoid valve is reasonably designed to ensure stable operation in a variety of working environments and reduce the risk of leakage or failure.
4. Simple maintenance
The solenoid valve has fewer mechanical parts, low wear, and relatively simple maintenance and maintenance. Usually only regular inspection and cleaning are required.
5. Wide range of applications
Solenoid valves can be used to control gas, liquid and steam, and are widely used in chemical, pharmaceutical, food processing, automotive and other fields.
6. Environmentally friendly
Compared with traditional mechanical valves, the design is more energy-saving, and the noise generated during operation is less, which is more environmentally friendly.
7. Low failure rate
Under normal use conditions, the failure rate of the solenoid valve is relatively low, which can effectively reduce the downtime in the production process.
With its powerful functions, simple operation, high efficiency and energy saving, the solenoid valve has become an indispensable and important component in the field of fluid control. With the development of science and technology, the performance and application scope of solenoid valves will continue to expand, so as to better meet the needs of the industrial and civilian markets.
1.Suitable for controlling the liquid, gas, light oil (≤ 20CST) and other media, the use of the structure of direct-acting, zeropressure to open the valve, flow rate, and high reliability.
2.Bodymade of brass (forging), the series has a variety of types, you cancontrol needs.
A magnetic valve is usually made up of several main parts:
Solenoid coil: When current flows through the coil, a magnetic field is generated.
Iron core: Under the action of the magnetic field, the iron core is attracted or released, thereby changing the state of the valve.
Valve body: The internal channel where the fluid passes.
Seal: Ensures that there is no leakage when the valve is in the closed state.
When current passes through the electromagnetic coil, the iron core is attracted, pushing the valve disc to move, thereby opening or closing the channel to achieve fluid control.
1. Simple working principle:
The solenoid valve generates a magnetic field by activating the electromagnetic coil through electric current, driving the valve ring to open or close. The structure is simple and easy to understand.
2. Fast response speed:
The switching speed is usually in milliseconds, which is suitable for fluid control systems that require fast response.
3. Small size and light weight:
Compared with traditional mechanical valves, solenoid valves are small in size and easy to install in environments with limited space.
4. Multiple types and specifications:
According to needs, solenoid valves have multiple configurations (such as 2/2 channels, 3/2 channels, etc.) suitable for different fluid control scenarios.
5. Easy to automate control:
It can be easily integrated with automation equipment such as PLC (programmable logic controller) to achieve automated fluid management.
6. Adjustability:
Some solenoid valves have adjustment functions, which can finely adjust the flow and pressure to meet the requirements of different working conditions.
According to different designs and uses, solenoid valves can be divided into many types:
2/2 channel solenoid valve: has two interfaces and two states, suitable for simple switch control.
3/2 channel solenoid valve: suitable for controlling the switching of gas flow, with three interfaces.
Multi-channel solenoid valve: used for complex fluid control, suitable for systems that need to switch multiple fluid channels.
Regulating solenoid valve: can adjust flow and pressure.
1. High efficiency
The working frequency is high, and it can be opened and closed in a short time, which is suitable for high-efficiency production and control environment.
2. Save labor costs
Since the solenoid valve can realize automatic control, it reduces manual operation and improves the overall working efficiency.
3. Safe and reliable
The solenoid valve is reasonably designed to ensure stable operation in a variety of working environments and reduce the risk of leakage or failure.
4. Simple maintenance
The solenoid valve has fewer mechanical parts, low wear, and relatively simple maintenance and maintenance. Usually only regular inspection and cleaning are required.
5. Wide range of applications
Solenoid valves can be used to control gas, liquid and steam, and are widely used in chemical, pharmaceutical, food processing, automotive and other fields.
6. Environmentally friendly
Compared with traditional mechanical valves, the design is more energy-saving, and the noise generated during operation is less, which is more environmentally friendly.
7. Low failure rate
Under normal use conditions, the failure rate of the solenoid valve is relatively low, which can effectively reduce the downtime in the production process.
With its powerful functions, simple operation, high efficiency and energy saving, the solenoid valve has become an indispensable and important component in the field of fluid control. With the development of science and technology, the performance and application scope of solenoid valves will continue to expand, so as to better meet the needs of the industrial and civilian markets.
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