FC2ZO-12-03AS

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FC2ZO-12-03AS is a type of solenoid valve that has multiple applications for a variety of different industries. The solenoid valve operates by using electromagnetism to control the flow of liquids and gases. In this article, we will take a look at the common application fields for the FC2ZO-12-03AS and describe its working principle.

Application Fields of FC2ZO-12-03AS

The FC2ZO-12-03AS solenoid valves are commonly used in industrial applications due to their high reliability and performance. The valves are typically found in applications such as:

• Pneumatics – For the control of airflow in pneumatic systems.
• Liquids and Gases – For control of flow in liquids and gases.
• Hydraulics – For power transmission in pneumatics and hydraulics.
• Chemical Processing – For regulating the flow of chemicals in production systems.
• Machine Control – For controlling systems that require more precise control.

These solenoid valves are also used in automotive applications such as air-conditioning, fuel injection, and turbo systems. In addition, these valves are often used to control the flow of air in vacuum systems and in refrigeration systems.

Working Principle of FC2ZO-12-03AS

The working principle of the FC2ZO-12-03AS solenoid valve is quite simple. When an electric current is applied to the valve, it causes an electromagnetic field to be created. This field then attracts a metal plunger that lifts a valve disc, allowing the flow of the medium to be controlled.

The strength of the electromagnetic field can be adjusted depending on the flow rate required. For instance, if a low flow or drip rate is required, then the electromagnetic field can be adjusted to be weaker. Conversely, if a high flow rate is required, then the field can be adjusted to be stronger.

The FC2ZO-12-03AS solenoid valves are typically available in two different types based on how the media is controlled. One type uses a pilot operated system to control the valve, while the other uses a direct operated system.

In a pilot operated system, the inlet pressure of the media is used to open or close the valve. This means that as the pressure increases, the valve will open, and as the pressure decreases, the valve will close. In a direct operated system, the solenoid is used to open or close the valve without the use of a pressure regulator.

Conclusion

In conclusion, the FC2ZO-12-03AS solenoid valves are a versatile range of valves that have multiple applications in industries such as pneumatics, hydraulics, machine control, and chemical processing. The working principle of the valve is based on electromagnetism and can provide accurate control of flow rates for liquids and gases. There are two types of valve available based on how the media is controlled. The pilot operated system uses inlet pressure to open and close the valve, while the direct operated system uses the strength of the electromagnetic field to open and close the valve.

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