High temperature carbon dioxide solenoid valveOne step direct action guided concave convex metal piston type, working environment temperature: -20-+50 ℃, -40-+80 ℃
Coil operating temperature:<+50 ℃,<+85 ℃
Control mode: normally closed, normally open
Standard voltage: AC220V, DC24V
Circulating fluid media: high-temperature steam, high-temperature gas, high-temperature oil, etc
Circulating fluid temperature:<+150 ℃,<+200 ℃,<+250 ℃,<+350 ℃,<+450 ℃
Circulating fluid pressure: 6 bar, 10 bar, 16 bar, 25 bar
Valve body material: stainless steel body (304, 316)
Coil connection method: iron cover lead, plastic sealed wire box plug
Sealing material performance: high temperature resistance, pressure resistance, wear resistance, corrosion resistance
Leakage rate: zero
Sealing structure: Arc cone line and plane sealing
Performance characteristics: wide versatility, high sensitivity, strong tightness, long lifespan
High temperature carbon dioxide solenoid valveApplication scenarios
The carbon dioxide cylinder solenoid valve is generally used in the control system of automatic fire extinguishing devices, which is responsible for controlling the timing and amount of carbon dioxide injection. When a fire is detected, the control system automatically opens the solenoid valve to allow carbon dioxide to enter the extinguishing area, thereby achieving the purpose of extinguishing the fire.
In addition, carbon dioxide cylinder solenoid valves are widely used in compressed air systems, hazardous chemical equipment, and many other applications, playing a role in automatically controlling gas inflow and outflow.
The important role of carbon dioxide cylinder solenoid valve in ensuring personnel safety
Carbon dioxide fire extinguishing system is a common fire extinguishing method that does not produce secondary pollution and has good fire extinguishing effect. However, if operated improperly, the release of carbon dioxide can pose a threat to human health.
At this point, the role of the carbon dioxide cylinder solenoid valve becomes particularly important. It has very precise control over the timing and amount of carbon dioxide injection, which can accurately control the amount of carbon dioxide and avoid the danger caused by excessive release of carbon dioxide.
At the same time, the carbon dioxide cylinder solenoid valve also ensures the safety of operators and equipment through multiple safety protection measures. For example, a safety device is designed inside the cylinder, which will not automatically open the door under the action of high temperature of the furnace fire. The cylinder is also filled with light foam for heat insulation.