Working principle of electromagnetic pulse valve

Electromagnetic pulse valve refers to a combination of solenoid valve, pilot valve, and pulse valve controlled by electromagnetic or pneumatic pilot valve,

Diaphragm valves directly controlled by electrical signals. The electromagnetic pulse valve is the "switch" of the spraying air path of the pulse bag dust collector cleaning system, and the diaphragm inside the valve body is the key to its normal operation. The diaphragm inside the valve body is controlled by the pulse controller to vibrate and pulse "impulse" to spray and clean the dust on the street. The area controlled by the diaphragm behind is larger than that of the front, and the pressure force is greater. Place the membrane in a critical position. The pulse controller inputs an electrical signal to activate the electromagnetic pilot head and open the unloading hole. The pressure gas controlled by the diaphragm is quickly discharged. The pressure gas in front of the diaphragm lifts the diaphragm, opens the electromagnetic pulse valve channel and sprays it onto the street. The electrical signal disappears, and the spring of the electromagnetic pilot head immediately resets the moving column to close the unloading hole. The gas pressure and spring force behind the electromagnetic pulse valve diaphragm control the diaphragm to close the channel, and the electromagnetic pulse valve stops spraying. The resistance hole on the diaphragm acts as a resistance to the airflow when the pilot head moves the column and the gas pressure unloads. When the unloading is closed, the pressure gas quickly fills the rear chamber, causing the diaphragm to close the channel and stop spraying. If you need ordinary film sheets, please explain when you call. Conventional thickness of ordinary products: 0.5mm0.8mmlmm1.5mm

2mm 2.5mm 3mm - Seven centers.

According to the angle of valve inlet and outlet and the form of air inlet, it can be divided into three types

a) Right angle electromagnetic pulse valve: a diaphragm valve whose valve body inlet and outlet form a right angle and are directly controlled by electrical signals;

b) Straight through electromagnetic pulse valve: a diaphragm valve with a valve body inlet and outlet angle of 180 degrees, directly controlled by electrical signals;

c) Submerged electromagnetic pulse valve: a diaphragm valve with the valve body inlet submerged in the air bag and directly co