What is the difference between the purpose of an electric valve and a solenoid valve?

What is an electronic valve and how is it different from an electric valve? Today is a long time to see.

Here are some of the well-known brands recognized in the valve industry, which are widely recognized and have a high reputation. While rankings may vary depending on time and market conditions, the following brands are generally considered to be among the top brands in the valve industry:

The following influential first-line brands of water system valves and industrial valves can be used as a reference, but for reference only: Suzhou Neway Valve, Shanghai Guanlong Valve, Shanghai Qizhong Valve, Sanhua, Su Yan, Shentong, Su Valve, Nanfang, Jiang.

First, the word Yao. The above manufacturers are only estimates and references, and the specific situation may vary or fluctuate at any time due to changes in a series of factors such as changes in the market, the size of the competition pattern, and the stability of product quality. As an indispensable key device in industrial production and civil facilities, the quality and reputation of the valve brand directly affect the satisfaction and trust of users.

These brands are known in the valve industry for their innovative technology, high-quality products and reliability. It is important to note that the market and industry are evolving rapidly, and different rankings may vary depending on time and region. For the most up-to-date ranking information, it is recommended to refer to industry reports, professional organizations or market research data for more detailed and accurate information.

1. Different uses. Solenoid valves: for on/off control of liquid and gas lines. Can only be used as a switch. It can only be used for small pipe control, do control. Electric valve: can have AI feedback signal. Comparisons are seen in large pipes and dampers, etc.

2. The switch form is different. The solenoid valve is actuated by a coil. Short action time when switching on/off. It takes a certain amount of time to complete the on/off action, and the analog amount can be adjusted. Electric valves are generally driven by motors.

3. The nature of the work is different. Solenoid valves generally have a very small flow coefficient. It is relatively easy to be damaged by voltage shocks.

It is equivalent to the effect of a switch, and the working pressure difference is very small. For example, the flow coefficient of a 25-caliber solenoid valve is much smaller than that of a 15-caliber electric ball valve. The solenoid valve is driven by a solenoid coil.

It is the two functions of opening and closing. Electric valves are generally driven by motors. Where the switching frequency is required, the electric valve is the opposite.

The opening of the electric valve can be controlled, and it is more resistant to voltage shock. Solenoid valves are quick to open and fast to close, generally used for small flow and low pressure. The state is open, closed, half-open and half-closed, which can control the flow of the medium in the pipeline and the solenoid valve cannot meet this requirement.

A solenoid valve is a type of valve that can control the flow of liquids and gases through electromagnetic force. Because of its power seepage and ability to quickly eliminate collisions and accurately control flow or pressure, it is widely used in various automation equipment.

The function of the solenoid valve is to open or close the pipeline and control the flow of the medium in the pipeline. Specifically, the valve is operated by energizing or powering off, and the normal circulation or truncation of the medium is controlled, so as to control the flow or pressure of the medium.

The structure of the solenoid valve generally includes the valve body, valve core, solenoid and spring. The valve spool is an important part of the solenoid valve, which makes the valve spool move through the action of electromagnetic force, so that the valve is opened or closed. When the electromagnet is struck by an electric current, a magnetic field is generated to attract the valve core.

When the current stops, the magnetic field disappears and the spool returns to its original position, thus controlling the flow of media in the pipe.

Solenoid valves are often used in production lines, such as industrial process control, machine automation, pneumatic control, water supply systems and air conditioning systems. In household appliances, solenoid valves are also often used in laundry machines, dishwashers, air purifiers, induction cookers and other equipment.