2CU32R

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The 2CU32R is a professional solenoid-operated directional valve that is widely used in the extensive fields of industrial automation. It is typically used to control the flow of hydraulic oil, media, and air in hydraulic, pneumatic, and other systems. These valves are convenient and efficient, and they have a long-lasting lifespan, making them an ideal choice for industrial automation applications.

The main components of the 2CU32R include the solenoid, valve body, port, seal, coil, and part safety switch. It has a maximum flow rate of up to 1.0MPa and a pressure rating of up to 0.3MPa. Moreover, the solenoid-operated valve is extremely reliable and durable due to its aluminum alloy body and stainless steel/copper construction.

The working principle of the 2CU32R is that when it is energized, the coil produces an electromagnetic force that causes a plunger in the valve body to move. This, in turn, causes the valve to open or close as desired. This is an essential feature of hydraulic and pneumatic applications as it enables them to transfer energy effectively.

The 2CU32R can be used in a variety of applications such as controlling liquid and gas flow, isolating parts of a system, and changing the direction of the fluid flow. In addition, since it is a low-pressure directional valve, it can also be used to regulate pressure in small-scale systems, as well as to start and stop the flow of liquid in them.

Moreover, the 2CU32R also has safety features such as a fail-safe switch, which will shut off the power to the valve if it fails. Furthermore, the device has built-in protective elements to ensure that it does not overheat or short-circuit, and thus, preventing any damage to the equipment and the environment.

In conclusion, the 2CU32R solenoid-operated directional valve is highly efficient and reliable, and it is widely used in various applications in the field of industrial automation. Moreover, it is designed for optimal performance and safety in a variety of different environments. It is a convenient and efficient solution for controlling the flow of hydraulic oil, media, and air.

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