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进口高温蒸汽电磁阀美国阿卡迪亚品牌

进口高温蒸汽电磁阀Product Description:

The utility model comprises a valve body and a driving head which is arranged on the top side of the valve body. A lower cavity is arranged in the valve body, a middle cavity which is connected with the lower cavity is arranged on the top of the valve body, a guide sleeve is installed in the middle cavity, a main valve piece is slidably connected in the guide sleeve, an auxiliary valve piece is installed in the main valve piece, and a valve rod is installed on the top of the auxiliary valve piece. The high-temperature steam solenoid valve is adopted, which is suitable for the control of high-temperature steam in the waste incinerator. At the same time, the drive head is placed by the side to prevent the influence of heat conduction on the solenoid coil. The drive head uses the connecting rod principle to drive the valve rod to move, so as to achieve the purpose of placing the solenoid device by the side. The pilot type structure of the main valve of the auxiliary valve sleeve makes the opening and closing faster.

进口高温蒸汽电磁阀characteristic:

High temperature solenoid valve is applicable to the control system of neutral pure gas, especially air, water and other pipelines; It is widely used in ship heavy industry, testing equipment, humidifying equipment, hydraulic equipment and other heat conduction systems with operating temperature above 300 ℃. At present, the working environment of the waste incinerator is a high-temperature environment, so the high-temperature solenoid valve needs to be used. However, at present, the driving head of the high-temperature solenoid valve is directly installed on the top of the high-temperature solenoid valve, and the high-temperature steam generated by the waste incinerator acts directly on the driving head, which is easy to cause damage to the driving head.

进口高温蒸汽电磁阀Principle:

When the high-temperature steam solenoid valve is in use, the bonnet sealing the valve body is installed on the top of the valve body, and the auxiliary valve piece is driven to work through the movement of the valve rod. The auxiliary valve piece, as a pilot structure, drives the main valve piece to work. When the valve rod is lifted up, the main valve piece slides upward in the guide sleeve, and the main valve piece leaves the middle chamber. The fluid in the valve body can enter the lower chamber from the middle chamber. The inside of the valve body is open. When the valve rod is pressed down, The main valve element slides downward in the guide sleeve, and the main valve element reaches the bottom of the guide sleeve. At this time, the main valve element blocks the middle chamber, so that the fluid in the valve body cannot enter the lower chamber from the middle chamber. The inside of the valve body is sealed.

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