Professional Electric Solenoid Valve Manufacturer

One of the many important questions that need to be answered before selecting an electric solenoid válvula for your system is what kind of operation you need. For this purpose, you should know about these methods of operations in electric solenoid valves. So let’s check these methods of operations in detail.

Normally closed electric solenoid valve: 

This method is a very straightforward and traditional operation; the solenoide eléctrico válvula remains closed when you do not provide its power supply. Usually, you can see such an electroválvula in on/off or venting systems where you want your system working process to stop the procedure in case of loss of electric power supply. When the power shuts down, the electroválvula closes and stops working, and the fluid will not exhaust.

Normally open electric solenoid valve:

In this condition, la electroválvula will stay open when you disconnect the power supply. The prevalent uses of such kinds of solenoide eléctrico válvulas are safety units, where you can notice that the process is exhausted when the power supply shutdown.

Universal electric solenoid valves:

In this method of operation, you can open the electroválvula can be opened regularly, or it will be closed naturally. You can see this condition in 3-way electroválvulas and 4-way valves where you can put pressure on any of the ports in the valve. i.e., a three-way electroválvula may contain a supply port and a delivery port. It gives flexible conditions and helps you in plumbing.

There are many unique features of la electroválvula. Let’s see these features in detail.

Less usage of electric power supply: 

For the opening and closing of la electroválvula, a short span of electric current is allowed in the electroválvula; therefore, energy consumption is low, which will help you save energy.

Pulse coil version:

The pulse coil version helps the application by providing low-frequency switching. A sort of eléctrico pulse will help to move the plunger. A magnet which is the part of this electroválvula will keep the plunger of the electroválvula in the position where there is no need for any additional spring or magnet. It will also help in reducing the electric power consumption.

Presión:

Electroválvulas can now handle high-pressure needs (up to 250 bar).

Manual overturning:

En electroválvula contains manual overturning ability, which will give you safety and comfort while engaging, testing, and maintaining the system or shutting down the power supply. And in some cases, the electric solenoid valve’s electric supply cannot actuate. When there is no manual control or manual control is locked.

Liquidation:

This feature of the electroválvula will help you separate the fluid from the operating parts of the valve and make a better solution.

Vacuum feature:

Direct-acting or semi-direct-acting electroválvulas need such kind of solenoide eléctrico valve, which require pressure difference. This kind of electroválvula is suitable for rough vacuum.

Position response:

You can check the switching status of the electroválvula with the help of electrical and optical positions Namur signal.

Response time:

You can easily adjust the time of opening and closing of la electroválvula by rotating the screw in the valve. This kind of feature is beneficial in blocking water hammers.

Less noise:

It contains a design that will reduce noise when the electroválvula is closed.

You need to understand your application and its requirements before choosing an electroválvula for your application. So. Let us, therefore, examine some of the critical features of the electroválvula selection in detail:

The right type of valve:

Before choosing the electroválvula for your app, you should know what type of electric selenide valve is required for your app., whether it’s a 2-way or a 3-way solenoid valve.

Media and housing material:

You should know that housing valves are based on chemical substances and the temperature of the liquid, but the environment also matters. For natural fluid, you can use brass, and on the other hand, stainless steel can resist temperature, Pressure, and chemicals. PVC is trendy in this regard because it is cost-efficient and pocket friendly. Mechanical parts stainless steel plunger and spring are constantly working with the fluid, and they remain with fluid inside the electroválvula for more extended hours, so their material must be compatible with the fluid.

Material of the seal:

You should choose a seal material for the electroválvula based on temperature and chemical properties. So always select the suitable material for your electroválvula seal so that it will be able to resist chemicals.

Voltage priorities:

Electroválvulas may have AC, and DC versions, each of them contains small benefits and these advantages. So you should choose one from AC or DC coil for electroválvulas.

Working of a valve:

You can select a normally open or normally closed valve, but this depends on handling time. Most electroválvulas are customarily closed kinds of valves. If you feel that the opening time of la electroválvula is longer than the closing time, you should prefer a normally open electroválvula.  Maximum and minimum Pressure: The valve that you choose must be able to hold the maximum Pressure needed for your system. And your electroválvula must be able to handle minimum Pressure as well.

operation medium:

You should consider the thing, what is the need of your system if it needs a direct, indirect, or semi-direct electric solenoid valve.

suitable temperature:

Your electroválvula material should be able to handle the maximum and minimum temperatures. It is imperative for you to consider the electroválvula ability and capacity, as it is a crucial thing that can affect the flow of media.

Valve response time:

Specify the time required for the electroválvula to move from opening to closing. Small direct-acting electroválvulas are faster in response than semi-direct or indirect-acting eléctrico electroválvulas.

protection:

Ensure that your electroválvula has a good IP rating for dust, liquid, and moisture protection.

En electroválvula is used in many applications. These applications may be industrial or domestic.

• Electroválvulasare used in refrigerators because a refrigerator needs an eléctrico válvula solenoide to reverse the flow for cooling.
• You may need an electroválvulafor your irrigation system. This valve should be automatic.
• Washing machines used in homes or laundries use electroválvulas; it is also used in the dishwasher.
• Electroválvulasare used in AC (Air conditioners).
• En electroválvulais also widely used in dental and medical equipment because it helps to control the media. It Controls pressure, direction, and media flow.
• You can use an electric solenoid valve in water tanks to send the water inside the tank or send it out.
• It is also an essential component of a car wash system because it handles the flow of water and soap.
• It is also used in industrial cleaning equipment.

BCST es el electroválvula producing company in china. The company has 20 years of experience in producing and supplying the best quality Electroválvulas; the company is exporting Electroválvulas to more than 100 countries in the world. And BCST also got best quality awards from international forums. An Electroválvula is an essential element for many industries. It is a unique device that is an electrically controlled valve. The Electroválvula contains an electric coil with a moving plunger situated in its centre. An electric solenoid valve works with electric current, and it is composed of the solenoid, which is a wire coil that acts as an electromagnet, and it controls the current through the valve. BCST offers the best eléctrico electroválvulas to its customers.

The differential pressure is the difference between the Pressure of the media when it enters the electroválvula and the Pressure when it leaves the valve. It’s imperative to decide the pressure difference or differential pressure to know which valve should be your choice, whether it would be piolet operated electroválvula or a direct-acting electroválvula. I.e., the Pressure (P1) inlet of the electroválvula is 90 PSI, and the pressure (P2) which comes out of the electroválvula is 80PSI is differential pressure 0f 10 PSI. A valve that contains a maximum pressure of100PSI will be able to function for the application that contains a differential pressure of 10. But the same valve will not be able to work appropriately in the application, which got a differential pressure of 90. It would be best to go for the electroválvula with increased abilities.