Decomposition diagram of Kangmaosheng solenoid valve structure

NegotiableUpdate on 02/16

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Overview

The breakdown diagram of Kangmaosheng solenoid valve structure shows that isolation valves and globe valves are important components in industrial automation systems, which can reliably control fluid flow. Globe valves can interrupt or divert fluid flow on a pipeline, while isolation valves can physically isolate two different fluid flows in the same system. These devices are widely used in various industrial fields such as automotive, electronics, food, and pharmaceuticals, helping to optimize processes and ensure safe and efficient operation of industrial equipment.

Product Details

Decomposition diagram of Kangmaosheng solenoid valve structure

These devices work by activating electromagnetic forces, which open or close fluid channels based on the received electrical signals.

Normally closed (NC) or normally open (NO) solenoid valve: The former remains closed when there is no current and only opens when an electrical signal is applied. On the contrary, the latter remains open in a dead state and only closes when an electrical signal activates the solenoid valve. The repositioning of solenoid valves is achieved through mechanical or pneumatic springs integrated into the valve body. These configurations are suitable for different applications that require turning off or turning on traffic during power outages.

These solenoid valves are basic equipment for industrial automation, used to control fluid flow. The 2/2 solenoid valve allows fluid to pass between two ports, opening or closing the channel based on the applied electrical signal.

The 3 series solenoid valve is a slide valve type solenoid driven pilot operated directional control valve Its monostable reset forms include mechanical spring reset and gas spring reset. There are two types of valve interfaces: G1/8 and G1/4 Except for two-way three-way, two-way five way, and three-way five way connections It can also provide dual two position three-way function.

structural formSlide valve type

categoryTwo position three-way, double two position three-way, two position five way, three position five way (medium seal, medium release, medium pressure)

materialAluminum valve body, stainless steel valve core, nitrile rubber seal

interfaceG1/8 - G1/4

Installation locationarbitrary

Operating Temperature0 ÷ 60°C (with dry air at -20°C)

work pressureSee tables

The 3 series solenoid valve is equipped with various forms of manual control devices Suitable types can be selected based on specific working conditions or usage habits.

Indirect acting solenoid valves: also known as servo assisted, these valves use a combination of pressure and electromagnetic action to open and close the valve. The leader can be internal or external

Electromagnetic valve with internal or external servo pilot: Electromagnetic valves with internal servo use the same supply pressure as the solenoid valve to assist in internal conductivity in the valve. Open the air channel during the electric excitation process to cause the main valve to move. The function of an external server is the same as the former, except that the electronic controller requires a separate pressure source from the main valve. In this configuration, the solenoid valve can also be used with vacuum.

The function of these solenoid valves is to directly use electromagnets to control the opening and closing of fluid channels without the need for pilot pressure. When an electrical signal is applied, the electromagnetic coil generates an electromagnetic force that moves the plunger inside the valve, allowing fluid to flow through the channel. When the electrical signal stops, the electromagnetic coil releases the plunger, stopping the fluid flow. This mechanism can quickly and efficiently control fluid flow in various industrial applications.

Decomposition diagram of Kangmaosheng solenoid valve structure