Gas pipeline solenoid valve

Gas pipeline solenoid valves are widely used in dyeing, textile, printing and dyeing, food, medicine, cigarettes, cement products, petrochemicals, steam systems, high-temperature systems, drying equipment, heating systems, industrial petroleum supply systems, petrochemical equipment, high-temperature blowback dust removal systems, etc.

Gas pipeline solenoid valveMain technical parameters:

Valve diameter: DN1-DN300

Pressure: 1.0-75Mpa/150LB-4500LN

Connection method: flange, welding (with welded pipe), thread

Standard voltage: AC (380, 240, 220, 24) V, DC (110, 24) V

Valve material: cast steel, stainless steel, etc

Operation mode: normally open, normally closed, self holding

Additional requirements: manual, explosion-proof, with signal feedback, etc

Installation method: horizontal, vertical (no inversion allowed)

Electromagnetic valve refers to an electromagnetic valve used in gas pipelines, which is powered by a power source and is attracted by a magnetic coil to open or close the valve of the gas pipeline. The materials of the valve body mainly include brass, cast steel, stainless steel 304, and stainless steel 316L; the connection methods include flanges and threaded ports; There are normally open, normally closed, or self holding structures. The gas solenoid valve can open the main valve even under zero pressure, with low pressure difference, large flow rate, and wide applicability. The valve core seal can automatically compensate, improving the service life and reliability of the valve. It can be powered on for a long time in special occasions. Combustible gas solenoid valve is a control valve designed specifically for combustible gas pipeline systems, aimed at ensuring the safe and reliable operation of gas pipelines. This solenoid valve is manufactured using advanced technology and high-quality materials,

Gas pipeline solenoid valveSelection:
1. Select the material of the solenoid valve based on fluid parameters;
2. Select the type of solenoid valve based on the duration of continuous operation;
3. Select the specifications of the solenoid valve based on pipeline parameters;
4. Select the principle and structure of the solenoid valve based on pressure parameters;
5. Select solenoid valves based on environmental conditions;
6. Select the solenoid valve based on the voltage.