Liquid gas solenoid valve

Liquid gas solenoid valveTechnical Specifications:
Work pressure: 0.03-2.0MPa
Working medium: ammonia, Freon
Working temperature: -35 ℃ to 150 ℃
Rated voltage (V): AC: 380, 220, 110, 36DC: 220, 110, 36, 24
Power: AC220V 14VA
Valve body material: stainless steel
Normally open (turned off when powered on, turned on when powered off); Normally closed (power off to close, power on to open)

Liquid gas solenoid valveIt is composed of electromagnetic coils and magnetic cores, and is a valve body containing one or several holes. When the coil is powered on or off, the operation of the magnetic core will cause the fluid to pass through the valve body or be cut off, in order to change the direction of the fluid. The electromagnetic components of the solenoid valve consist of a fixed iron core, a moving iron core, coils, and other components; The valve body is composed of slide valve core, slide valve sleeve, spring base, etc. The electromagnetic coil is directly installed on the valve body, which is enclosed in a sealed tube, forming a simple and compact combination. For solenoid valves, it is about charging and losing power, while for the controlled valve, it is about opening and closing. Gas is a state of matter. Gas, like liquid, is a fluid: it can flow and deform. Unlike liquids, gases can be compressed. If there are no restrictions (containers or force fields), gases can diffuse without being limited in volume. The atoms or molecules of gaseous substances can move freely with each other. The kinetic energy of atoms or molecules in gaseous substances is relatively high. There is no interaction force between gas molecules. Gas molecules themselves do not occupy a volume. Gas molecules undergo elastic collisions with the container wall. Real gases have properties closer to ideal gases at lower pressures and higher temperatures. The gas that approaches the ideal gas is helium.